Episode Transcript
Available transcripts are automatically generated. Complete accuracy is not guaranteed.
Speaker 1 (00:00):
This is just breakfast.
Speaker 2 (00:02):
It might be the first McDonald's breakfast you're having at
McDonald's again. This lunch might be a weekly tradition you
hadn't had in weeks, and this dinner might be the
first one you bought for not.
Speaker 3 (00:11):
Just you, in a while.
Speaker 2 (00:13):
Whatever this order is for you, McDonald's would be gay
to take it.
Speaker 4 (00:17):
Get more of the chicken you love with a delicious
McChicken sandwich for one dollar and for an extra buck
at a refreshing Doctor Pepper.
Speaker 1 (00:23):
Dining rooms are starting to reopen in certain communities. I
participate in. McDonald's cannot be combined with any other offer
a combo meal.
Speaker 5 (00:29):
In uncertain times, we could use someone to lean on.
Blue Cross and Blue Shield of Oklahoma will stand by
you with plan options to fit your budget. If you've
recently lost your job, had a baby, or moved, you
can still get the healthcare coverage you and your family need.
Financial help may be available for those who qualify. Call
eight five five four five two blue or visit here
(00:51):
for Youoka dot com to see if you're eligible to enroll.
Blue Cross and Blue Shield of Oklahoma a division of
Healthcare Service Corporation, a mutual Legal Reserve Company.
Speaker 6 (01:00):
Not to be a backseat driver, But can you say
for sure you've got the best monthly payment possible on
your auto loan? Could it be that you might have
gotten a better deal by shopping the loan at a
few places and have a lower car payment next time?
Before you go car shopping, visit Communication Federal Credit Union first.
Our auto loan experts will find you a perfect loan
(01:20):
and get you the lowest monthly payment we can. Communication
Federal your auto loan experts Restriction Supply Federally insured by NCUA.
Speaker 7 (01:30):
Tired of paying out rageous prices for viagra, Well we
have great news for you. Now you can finally get
viagra at huge discounts. Healthy Man allows you to save
up to five hundred dollars on viagra. Why pay us
pharmacy prices of fifteen dollars per pill or more when
you can get viagra for less than three dollars a pill.
Call today and get forty Viagra pills for only ninety
(01:50):
nine dollars. This can cost as much as six hundred
dollars at your local pharmacy. You can't afford not to
call us if you want viagra at the lowest prices.
Never pay fifteen dollar of pill pharmacy prices again. Get
Viagra for less than three dollars a bill. Call one
eight hundred five to one six seventy six oh two
today and save up to five hundred dollars and get
forty pills for just ninety nine dollars. Healthy Man is fast,
(02:14):
easy and affordable. Operators are waiting at one eight hundred
five one six seventy six oh two to take your
call right now. Call one eight hundred five to one
six seventy six oh two. That's one eight hundred five
one six seventy six oh two again one eight hundred
five to one six seventy six oh two.
Speaker 8 (02:30):
A new year means it's time for a new home
network that can keep up with CON's Internet. You have
the speed and coverage your family needs to stay connected.
You'll enjoy Cox's fiber based hybrid network with options for
fast upload and download speeds. And if your household has
lots of connected devices, Panoramic Wi Fi may be the
perfect fit thanks to its additional control features. Plus, with
advanced security and Panoramic WiFi, you'll know each connected device
(02:54):
is securely protected.
Speaker 1 (02:55):
Twenty four to seven.
Speaker 8 (02:56):
A whole world of connectivity is yours with Cox Internet.
Speaker 3 (02:59):
Learn more at dot com.
Speaker 1 (03:39):
You know, back in two thousand and nine, there was
a movie come out called twenty twelve. Remember twenty twelve?
Are you that old? I remember twenty twelve. Twenty twelve
was supposed to have been a transitional year. The Mayan
calendar said twenty twelve is going to be a year
of Instead, it was really just kind of a I
(04:00):
don't know, it wasn't that bad of a year. It
wasn't that great of a year. It's just a year.
We've had worse. We've had worse years. But I was
kind of revisiting that movie the other day, and it
got me thinking because the thing that led to the
doom of the earth, the you know, the the whole
plot of the movie was a solar maximum of a
(04:22):
giant solar storm that heated up these neutrinos in the
Earth's core and it set off a chain reaction yadda, YadA, yadda,
and the Earth blows up and we all died. So anyways,
most people died. The billionaires got to live. You know,
they got into an arc and a couple of poor
people they let a few pores on raptorses. Has been
(04:43):
trying to forget about twenty twelve, but anyways, it's got
me thinking about things. Late twenty twenty four, early twenty
twenty five, early this year, a lot of news articles
came out about the magnetic polar shift that we may
be heading for a complete polar reversal, and we're going
(05:05):
to talk about that a little bit today on Sunday
Night with Allen Alan Ray. I am your humble host,
Ealan Ray. Welcome to Sunday Night with Alan Ray. Bye Golly,
we're gonna have a good one. You just started Increase
with Jeff. He's it's his final Increase episode, and man,
just love the way he presented that. I wanted to
(05:27):
tackle posthuman transhumanism. It was such a deep hole. There's
so much to it, and I think he did a
really great job of addressing it. I'm still going down
the rabbit hole of both of them. I have thoughts.
I have thoughts of AI. A lot of people are
afraid of AI. I'm not afraid of artificial intelligence. In fact,
(05:51):
I have found a lot of really productive uses for it.
Will man do stupid things with artificial intelligence?
Speaker 7 (05:59):
Oh?
Speaker 1 (05:59):
You bout to believe. Well, oh yeah, we're already doing
stupid things with a I I mean, it's just the
nature of man. You give a man, you give people
anything you give especially men. You give anything men to men,
they'll turn it into some kind of sexual thing. They'll
pervert it. Their they're perversions or what is a doctor
(06:19):
strange love And he says, perverts. I think you're a
bunch of perverted deviants. That's what I think. You're all
a bunch of perverted deviance, and your perverted deviancy is
leading to the destruction of mankind. Uh, Lucy Loubot, that's right.
So yeah, it's Sunday night, and it's kind of a
(06:41):
nerd Sunday night because what I'm going to talk about
is the all the things around what may be a
doomsday scenario. I don't I'm gonna let you judge it. Anyways,
I was watching twenty twelve and this one got me
thinking about it, and I remember the news coming on
and oh boy, everybody was freaking out. And even well,
(07:02):
like even s far back at the beginning last year,
we are reaching we are at the peak of a
solar maximum right now. The sun is absolutely throwing temper tantrums.
We're yes yesterday we were in a magnetic storm and
you're walking around and you don't really notice it if
you're just walking around. It was a beautiful day yesterday,
(07:24):
gorgeous day yesterday. I was outside almost all day, well
into the night, building my brand new greenhouse, and you
know the survival thing, which reminds me Stacy and I
are going to be back in a few weeks with
playing the dirt right here Sunday night. It's going to
take the you know, the end of one of the
weeks or the last week end of the month, Lord Willing,
(07:47):
instead of Someday night with Dylan Ray, you'll be here
and playing the dirt where we talk about all things survival, gardening, survival,
food storage, YadA, YadA, YadA. It's a fun time, it
really is. It's it's a break from politics and all
the I get tired of talking about politics all the time,
even though it's mildly politically driven. But yesterday, if you're
(08:08):
walking around outside, you had no idea that we had
a solar storm happening. It was bombarding you. You were being
bombarded by the sun and it was a decent size
polar you know, or solar storm, unless you were playing
on a ham radio on a HF frequency, which I
was doing Saturday morning, and the people in Buffalo, New
(08:30):
York were having a heck of a time hearing me.
Usually Buffalo, New York area, all those areas of Eating
New York, all those areas right there, boy on on HF,
just blast through here, just great sound. Couldn't hear any
of them. They could barely hear me. I could barely
hear them. People in South Carolina, North Carolina, Maryland, Georgia, Alabama,
which sometimes I struggled to hear in Alabama and Georgia
(08:50):
blasting in here. Just everything was just the opposite of
what it was, and it was the sun. The sun
was doing it. It's something you kind of don't realize
is happening unless in the middle of the night you
look out towards the northern sky and there's glowing greens
and rads of the northern lights Aurora borealis. Then you notice, well,
(09:15):
all of these things are kind of connected. And if
you fall down this rabbit hole, which is I recommend
you go down this rabbit hole because it can be educational.
Maddening is scary all at the same time, we are
at the very beginnings of a complete polar magnetic reversal
(09:40):
on the planet. Now, there are those many of those doomsayers,
the people that say, oh, it's gotta flip. You gotta
be ready, buy my product, get five hundred pounds of
freeze dried food, and go dig yourself a ditch and
(10:01):
get ready to get in it, because this is gonna happen. Well,
it is gonna happen unless you do as Jeff was
just talking about, an increase, take on a lot of
cyber type traits, get a lot of things replaced, upload
your conscience, conscience into a robot or something. You're probably
(10:21):
not going to be around to see it. Now. I'm
not going to sit here and say you won't because,
as you know, on my show, I go by the
probability possibility theory all the time. Well tell you it's
it's not even a theory, it's just my own philosophy
is probability possibility. Everything I do. A lot of things
I do, I look at and say, what's the probability
(10:44):
versus the possibility? Is it possible tomorrow we could wake
up and there is a complete magnetic polar magnetic reversal
where the south pole becomes a north pole, the north
pole becomes a south pole. Well, anything is possible, very
slim possibility, but anything's possible. Is it probable? No? And
I'm gonna start out the whole show by giving you
(11:05):
the end of the show first. No, And Raptor says
his head will be in the jar by the time
this all happens, so he's not worried about it. Boy,
Chat's lit. We got people in chat already and I'm
loving it. Unless you plan on living for about a
thousand years, don't worry about all this stuff. Now. I'll
(11:30):
give you your money back if it does end up
happening in the next year or two. Okay, I'll give
you all the money you've spent on listening to Sunday
Night with Ellen Ray. I'll give it back to you,
which you've not spent any of it, so you're screwed.
I don't care. But anyways, here's where the thought comes from.
And this is actually this what is This article goes
all the way back to March of twenty twenty, twenty
(11:52):
twenty four, and this is how stuff works. The big headline,
what if Earth's magnetic field flipped, you know, because they
were talking about this back then. We know things are happening.
We're gonna discuss these things, says Earth's magnetic field has
flipped about one hundred and seventy times in the last
hundred million years. How they know that, I don't know.
(12:14):
There's signs, are things that they can tell that say, well, yeah,
it's flip. They don't know for sure, they really don't,
but they think they know. A magnetic field flip involving
the North and South poles reversing polarity doesn't happen overnight,
but gradually over centuries to one thousands of years. And
while a flipped magnetic field could post challenges for migratory
(12:35):
animals and increase exposure radiation. Now, this is one school
of thought, guys. One school of thought only says there
is no evidence that pass slips cause mass extinctions or
catastrophic events. Yeah, already's in the chat dumn one for
dun Yes, let's see, this is one one article out
(12:56):
of thousands, and a lot of them say, oh, they
have the pad magnetic pole slip. Better have ten tons
of freeze dried food. What do they call freedom food? Whatever?
They call that. Maybe that's what I'm gonna start doing
on Sunday night with Alan Ray, I'm gonna I'm gonna
do the whole you know, here comes the doom. Ah.
By the way, buy my products so you'll be prepared
(13:17):
for the doom. Buy my freeze dride food by buy
it by the tons, by it by truckloads, and put
it in your your bug out room. And that way,
when the polar magnetic poles shift and they flip completely,
you'll be okay because you'll have thousands of pounds of
freeze dride food. Anyways, Uh, guys in the chats at me,
(13:39):
should I start doing that? So let's actually take a look.
Let's take a look at what's going on in our polls.
Are things changing? Oh? Man, are they changing? You better
believe they're changing. They've been changing for a while, but
it's been speeding up and a little bit slowing down.
(14:06):
So let's look. So, based on recent data, the Earth's
magnetic poles are shifting at varying rates. The north magnetic
pole has been moving faster in the recent decades, with
its speed peaking at about thirty four miles per year.
Thirty four miles per years kind of big. It's kind
of huge. Thirty four miles a year. You know, you
(14:28):
don't notice it under your feet. You're not gonna get
dizzy and fallover. But thirty four miles per years, it's
quite a bit. And that's from around twenty seventeen through
twenty twenty, though it has slowed down to around twenty
five miles per year as of twenty twenty five. Now,
what it's doing, it's drifting from the Canadian Arctic towards Siberia.
(14:49):
So basically, the magnetic pole is shifting away from us
here in the United States and more towards Russia. And
it's driven by changes in the earth molten iron core,
particularly a tug of war between magnetic field patches under
Canada and Siberia. Now the south magnetic poles moving more
slowly at about nine miles per year, and its path
(15:12):
is less dramatic, but it is moving and it is
staying roughly in the Southern Ocean. Now, these shifts are
part of natural behavior of the Earth's magnetic field. It's
nothing new, nothing new under the sun. Okay, raptresses, ten
tons of freeze, rap food. I have five kids. I
think your math is off, they'll go through that. You know,
that's like the hurricane snacks. You gotta space them out,
(15:35):
raptor tell the kids a space mount. Don't eat all
of your hurricane snacks on the you know, the very
first hour, because then the rest of the hurricane you're bummed. Anyways,
these shifts are natural part of earth magnetic field and
they're generated by like complex fluid motions in the core.
Historical data from the paleomagnetic records show pole reversals happening
(15:58):
over thousands of years, but the current movement isn't indicative
of an eminent flip. So the science right now is saying,
you know, it's gonna flip, but it's not imminent. It's
not right. We're not right at the doorstep. It's more
of kind of a rapid wandering right now. If you
take a top and you spin it on top of
your desk and it slows us a little bit and
(16:19):
the top starts wobbling a little bit, that's what kind
of what we're going through on a global scale now.
Exact predictions are tough because core dynamics are kind of chaotic.
What's going on underth EAT's really chaotic. But the North
pole's recent deceleration suggests that maybe it's stabilizing a little
bit now. The shifting of the Earth's magnetic pole impacts
(16:39):
several areas, particularly navigation and oral activity. Aural activity not
oral oral, okay, au oral activity that's for behind the circle. K.
So let's look at some of these implications of what's
going on with the North pole moving like it is,
which is, you know, a lot more not more pronounced
(17:02):
than the South pole, but they're both moving. Just keep
thinking of it as a as a top that you're
spinning a top and the top of it's kind of
wobbling right now, That's what's going on with the Earth,
except something's gonna speed it back up, and now it's
stabilizing a little bit. You know, things are happening. Now,
let's look at navigation. That's the biggest thing. Magnetic poles
(17:23):
affect navigation quite a bit, especially magnetic navigation. Now aviation
and maritime navigation. You still have magnetic compasses. They're critical
for backup navigation and aviation and maritime contexts. And we're
gonna get to something here that juxtaposition kind of touched
on but didn't really deep dive into. It like the
(17:44):
Bermuda triangle. Me it's gonna give my own little peace
on this, especially in remote polar regions where GPS can
be disrupted. Magnetic compasses and of the likes are more,
they're more, they're they're they're better to have around the
Norse magnetic poles. Rapid movement means magnetic declination. The angle
between magnetic north and true north changes significantly over significantly
(18:09):
over time. For instance, in high latitude areas like Northern Canada,
declination is shifted by several degrees in the past decade,
forcing updates to aviation charts and runway designations. And Raptor,
if of anybody in the chat knows about this, Raptor
does It's right Canadians are and cohoots with with Russians.
I knew it, Raptor, You're right, Mario's in chat. Welcome.
(18:37):
Mario says, I'll have to throw out my supplements and
patriots solar generators to make room for the doom foods.
Doom foods, You got it, Mario. What I make a
million on my doom foods, I'll get I'll buy you
a beer, buddy. Ah. Anyways, A notable case of some
of these, the declinations and the shifts and the recalibrations.
(18:57):
A notable case occurred at London's here Throw Airport in
twenty twenty, where runway recalibrations were considered due to the
magnetic shift. Maritime routes in the Arctic, increasingly used due
to melting ice, face similar issues, as compass errors grow
without frequent updates. So if you're not updating your magnetic compasses,
(19:19):
recalibratingum stuff, you're gonna be off. Now let's talk about
the World Magnetic Model for a minute, and that's maintained
by NOAH and the British Geological Survey, which is like
Britain's NOAH, and it's the global standard for magnetic field
data used in everything from smartphone apps to military systems.
It's typically updated every five years, but the North Pole's
(19:40):
unusually fast movement prompted an out of cycle update in
twenty nineteen. Even with these adjustments, the model struggles to
keep pace in polar regions, where errors can reach up
to one to two degrees. Now that don't sound like
a lot, but for precision navigations that's kind of a bit.
This can translate to position errors of mo over long distances.
(20:06):
How about polar regions. The Arctic is a hot spot
for navigation issues because the North magnetic pole is physically closer,
amplifying declination changes. In other words, they're the magnetic pole
and the actual North pole. There's a difference between the two.
For example, in Nunavut, Canada. I think I'm saying that right. Nunavut, Canada,
(20:28):
declination is shifted by about twenty degrees since the nineteen nineties.
This affects not only human navigators, but also automated systems
like those on ice breakers or research vessels. And in contrast,
the South posts slower waile slower drift means less disruption
in Antarctica, but research stations there're still need periodic compass calibrations.
(20:51):
So if the North poles drift accelerates again like it's
slowed in twenty twenty till now it's slowed down the
little bit, significant bit, really, navigation systems may need more
frequent updates, increasing costs. Well, we got money involved money
(21:11):
In extreme scenarios, a pole reversal, which again it's not imminent,
could render magnetic navigation unreliable for centuries, pushing reliance onto
GPS or gyroscopic systems, which have their own vulnerabilities like
power outages, solar storms, stuff like that. So, oh god,
(21:37):
you guys need to be in chat right now. Jeff
just came up with a whole doom food guys. Darn it,
I'm gonna have to get a big freeze dryer start
selling doom food. That's beautiful. Man, I love you, Jeff.
You're so funny. This is great. You guys really have
(21:59):
to be a chat you really have to. That's the
funnest part of it. So anyways, back to what we're
talking about. We have regional shifts and intensities in auroral activities. Now,
the magnetic pole shift influence these auroral ovals. So if
you look up, if you're looking down at the North Pole,
(22:23):
the true North poles, and you're watching the magnetic North Pole,
it's kind of an oval and it kind of shifts
back and forth. So we have these geographic shifts, like
the North Pole's movement towards Siberia is gradually reshaping the
northern auroral oval. So over the past few decades, the
oval has shifted slightly eastward, making auroras more visible in
(22:44):
northern Russia and parts of Scandinavia and even lower latitude
areas like Central Siberia during strong geomagnetic events. Now as well,
regions like northern Canada and Alaska are starting to see
fewer auroras over time. For example, Yellow and Ife, Canada,
which is a prime aurora viewing spot, could lose some
(23:04):
of its appeal by twenty to fifty if trends continue
in the southern hemisphere. Fear the slower south pust ship
means a minimal change, so you know, people are likely
not to really really notice much. Most of the ships
mostly confined over the Southern Ocean and Antarctic coast. And
(23:26):
on top of that, the arismagnetic field has weakened by
about five percent globally per century, with faster declines in
the South Atlantic Anomaly. Now here's where we get into
a little bit of juxtaposition. The South Atlantic anomaly, if
you don't know what I'm talking about, is a weak
(23:48):
field region between South America and Africa. Basically, what this
means is the weak field region allows more solar energy.
They're like, we're seeing a solar storm right now. That
South Atlantic anomaly lets more of the ions, more of
the solar garbage winds whatever into our atmosphere. It's a
(24:13):
weak spot, it's a chink in the armor. Basically, the
weaker field allows more solar particles to penetrate, potentially increase
in aurora frequency and intensity, especially during solar maxima, which
we're kind of in the peak right now until next year.
During geomagnetic storms, auroras have already appeared at unusually low
altitudes like Texas and northern India. We saw that back
(24:34):
in the summer, suggesting this trend may grow. Now back
to the South Atlantic Anomaly. If you look at the
South Atlantic Anomaly, it may explain it doesn't really go
over the Bermuda Triangle, but maybe some pieces are there.
Maybe it shifts around a little bit, goes back and
forth the South of Atlantic Anomaly. If you from what
(24:57):
they say, from what I've read, what I've watched, understood
even when some of our GPS, some of our satellites
go through there, they power them down going through the
South Atlantic Anomaly because they get bombarded with so much
I don't know, geomagnetic solar particles that they have to
(25:22):
power down to keep them from getting ruined. So could
it explain some of the craft that happens in the
Bermuda triangle. M I have theories about that could be.
Now here's the other thing, and this is kind of
a wine. This is whiny from the scientific community. The
Aurora tourism industry, worth billions of dollars annually could see
(25:46):
economic shifts. Destination like Iceland and Norway may gain visibility,
while Canada and some of them, you know, some of
the America's parts of the America can see decreases. A
lot of people get up. If I'm going to watch
the northern lights, and if you've been in the upper
peninsula of Michigan during Aurora boreals, it's absolutely gorgeous, or
(26:07):
even the lower peninsula up towards the bridge just beautiful.
But scientifically, auroras help study the ionospheric dynamics, but shifting
almost complicate long term data comparisons from fixed observatories like
those in Tromso, Norway, McMurdo Station, and Antarctica. So there's
some scientific winding going on about some of this shifting.
(26:32):
We've reached the bottom of the hour. We come back.
We're gonna look at some of the dangers that may
happen if if we get too big of a shift
and we start getting weaknesses in some of the polar
I don't know some of the scientific behind it suggests
(26:53):
that as we go into a reversal of magnetic poles,
even though it might be one thousand miles or a
thousand years away, one hundred years away, we don't know
that the disruptance to our ionosphere, the disruptance to are
what protects the Earth from solar energy, might cause some problems.
So we're going to study that when we come back.
Don't go anywhere, guide yourself, your your halftime snacks, drinks, whatever,
(27:17):
and meet me back here in just a few minutes.
Speaker 9 (27:41):
As a Blue Cross Medicare member, managing your medications from
home is simple. With our easy to use prescription drug plans,
you can get the medicine your doctor prescribes from your
local pharmacy or even delivered by mail or the trusted
care you need and want. Blue Cross will be here
with more convenient ways of getting it. We've been for
more than eighty years. Blue Gross, Blue Shield of Michigan.
(28:04):
Confidence comes with every card. To learn more, visit BCBSM
dot com slash Senior Options.
Speaker 1 (28:11):
Hey Randy, what you're doing?
Speaker 2 (28:13):
Oh hey Dave?
Speaker 4 (28:14):
I'm just making a list of things that make me
feel really really.
Speaker 3 (28:16):
Good wearing Bomba socks.
Speaker 1 (28:18):
Trust me, that's number one on my list.
Speaker 7 (28:20):
Bomba Socks feels so good because we use the smartest
design and best materials, making them the most comfortable socks ever.
Speaker 6 (28:26):
Plus, because socks are the number one most requested clothing
item been homeless shelters, we donate a pair for every
pair of purchase, and that feels pretty good too.
Speaker 9 (28:34):
To shop Bombas or learn more about how your purchase
supports those experiencing homelessness, go to bombas dot com slash
Comfy and get twenty percent off your first purchase today.
Speaker 2 (28:43):
This breakfast isn't just breakfast. It might be the first
McDonald breakfast you're having at McDonald's again. This lunch might
be a weekly tradition you hadn't had in weeks, And
this dinner might be the first one you bought for
not just you in a while. Whatever this order is
for you, McDonald's will be.
Speaker 4 (28:59):
Hated to get more of the chicken you love with
a delicious McChicken sandwich for one dollar and for an
extra buck at a refreshing Doctor Pepper.
Speaker 1 (29:07):
Dining rooms are starting to reopen in certain communities.
Speaker 4 (29:09):
I participate in McDonald's cannot be combined with any other offer,
A combo meal.
Speaker 1 (29:13):
Not to be a backseat driver.
Speaker 6 (29:15):
But can you say for sure you've got the best
monthly payment possible on your auto loan? Could it be
that you might have gotten a better deal by shopping
the loan at a few places and have a lower
car payment next time before you go car shopping, visit
Communication Federal Credit Union First. Our auto loan experts will
find you a perfect loan and get you the lowest
monthly payment we can. Communication Federal, your auto loan experts,
(29:39):
Restriction Supply federally insured by NCUA.
Speaker 1 (29:58):
Ye do need a doom food? A product for the
kal Arron store. Doom food that is so epic. I
can't get over that. That is so great. It's all right.
I'm your humble host down Ray Sunday Night, with the
own right welcome. Welcome. We're talking because it is the
show where we look around this great, big giant blue
(30:21):
ball that we're hurtling to do space and ungodly speed,
and we ask the eternal question, what.
Speaker 7 (30:27):
The white white worldless fortunes going on here?
Speaker 1 (30:30):
I don't know, if you know, let me know, we
were talking about the conspiracy theory. I would even call
it a conspiracy there, it's a doom theory. Let's have
a doom theory. We have doom food. And I don't
even know what doom food would look like. I think
doom food would be like popcorn or you know, junk
food that you could sit there and eat while the
world burns. Go, don't have to worry about this dietnom
(30:53):
or dew. We doom theories. There's tons of them. Doom
theories are out there. And this one about the the
polar magnetic reversal. And I fallen down that rabbit hole
a while back, and it's a big rabbit hole. Lot
of people are just like, oh, it's gonna happen in
the next year, the next two years. The CIA is
covering up Oh my gosh, Come on, guys, the CIA
(31:17):
is too busy starting wars inside of the United States
and in some of our other allies. And you know,
they're they're too busy trying to turn the government over
to worry about things like covering up doom. So we've
gone down that rabbit hole, and I'm going to look
at some of the things that could be vulnerable if
exposed to the Earth's magnetic field being disrupted while they're
(31:41):
in the process of a magnetic flip, or if it
starts wobbling to the point where we do lose some
of our magnetic coverage or magnetic pole coverage. Because what
that does, and we're talking about things out there. If
you if you look at a model of how are
magnetetic field protects the Earth from solar winds, solar radiation,
(32:04):
it kind of almost looks like if you're looking at
some kind of a comet. The solar winds. You know,
the Sun is hitting us, bombarding us with all this stuff,
and sometimes it pushes so hard that it gets closer
and closer to our atmosphere. That's when you see Aurora
bore els and so the front, you know, the sun
(32:27):
facing polar magnetic force kind of pushes back into the Earth,
but it's still protecting us. Now, there's other things that
protect us to the atmosphere protects us quite a bit.
Other things protect us. Magnetic pole is not the only thing,
but it's a big thing. And then the behind it,
you know, the opposite of the sun. It's kind of
a long tail. So if all of that stuff gets
(32:50):
really out of whack and starts looping around, it's not
just going to be overnight it goes we'll flip, you know,
the next day. Birds are running into your windows and
stuff because they don't know where they're going. Turtles are
like crawling across the you know, the California deserts because
they don't know which way is up or whatever. It's
not gonna be like that. It's gonna be a slow
You won't even notice it except when you set your
(33:13):
watch and you know, or you're you know, you decide
to go out and just drive aimlessly, just using your
GPS and your phone. Yeah, I think you're going to
Los Angeles. You might end up in Reno or something
like that. Or it could be worse. Things could get
really squirrely. We really don't know, that's the thing. We don't.
(33:33):
It could be doomed. Odds are We're gonna be okay.
Some of the things that will be affected, though, A
magnetic pull shift and field weakening may have indirect but
significant effects on things like satellites, which rely on magnetic
field for protection and orientation. Now let's look at that.
(33:53):
Less satellites for one, earth magnetic field deflects solar and
constant gradation. Like I was just talking about, it's like
a shield and it shields satellites in low Earth orbit.
As the field weakens, satellites face higher risks of radiation damage,
particularly in regions like South Atlantic Anomaly where we were
just talking, where the field is already thirty percent weaker.
(34:18):
Now this area, the South Atlantic Anomaly has grown and
shifted slightly westward, increasing exposure for satellites passing over it.
Like starlink iss YadA YadA. Radiation can degrade solar panels,
disrupt electronics, and cause bit flips on onboard computers. For instance,
the Hubble Space Telescope has reported increased errors when passing
(34:38):
through this anomaly. So it's kind of a it's kind
of a bumpy zone on the dirt road of Earth. Now,
then they saw the thing called magnetic torquing, not twerking torquing.
Many satellites use Earth's magnetic field for attitude control, which
that's not you know, smacking somebody's the head because they
(35:00):
got a bad attitude. Magnet torkers or electromagnetic coils is
what I'm talking about now, A shifting field requires updated
models to maintain precise orientation, especially for things like cube
SATs or other small satellites with limited redundancy, which means
they don't have system on system on systems keeping them aligned.
(35:23):
Misalignments can reduce mission lifespan or data quality, as seen
in some weather satellites experiencing drift issues in the twenty tens.
That can make a really big difference. Constellation challenges, mega
constellations like starlink, which we all like starlink, Right, the
(35:45):
new thing is gonna make Earth obsolete, any kind of
our Earth, anything on Earth that basically has anything to
do with the Internet obsolete. I don't think so, but
it's a good and in Ham radio, really, Starlak has
become really popular because you can set it up anywhere.
(36:06):
You can set it up anywhere and run it anywhere,
so Ham radio operators love it anyways. A single geomagnetic storm,
exasperated by a already weakening field from the polar's poles
starting to shift and starting to flip, could knock out
dozens of satellites, hundreds of satellites, disrupting Internet navigation or
imaging services. The poll shift itself doesn't directly cause us,
(36:29):
but it contributes to regional field on predictability, which leads
to a weakening magnetic fields and leads to more of
the solar winds, solar you know, things from the junk
from space getting in here. Now, let's look at the
big one power grids and folks, you don't understand that
the past two years we've had some pretty big solar
(36:54):
storms hit and you have to understand that the care
You've heard me talk about the Carrington event on this
show several times. Carrington events, it's one of the doom
things that would that I like to talk about. We
haven't had a Carrington event since the Carrington event. It
was a an anomaly. It was a very very big
anomaly that really I don't know if we'll ever see
(37:17):
anything like that. But we do have different types of
electronics now though a lot of people say that if
we did have another Carrington event, all these little gizmos
and gadgets, your cell phones and anything like that that's exposed,
bye bye, it's gonna go bye bye. They're gone. Other
people say, we we do things differently with you know,
computers and electronics and everything, that it won't affect it
(37:40):
as badly. There Again, you're not going to know until
it happens, and then we'll figure it out. So let's
look at what happens with a power grid if we
have a weakening magnetic field because of polar shifts, because
of polar reversals, along with a geomagnetic storm. Let's look
(38:00):
at GICs ground induced currents. During solar storms, changes in
the magnetic field generate GICs ground induced currents that can
overload transformers and cause blackouts. The pull shift altars where
these currents are the strongest. Northern latitudes like Scandinavia and
Canada are traditionally at risk, but the north Poles drift
(38:21):
could expand vulnerable zones into Siberian parts of eastern Europe.
For example, a nineteen eighty nine storm blacked out Quebec
for nine hours. Similar events today could affect broader regions
due to field changes. You don't yeah, a natural EMP
that's exactly what it is, raptor chrono mass ejection and
(38:41):
causing electromagnetic problems. What you don't realize is a lot
of these bigger storms, these huge storms, they're siphoning off
a lot of voltage Because I don't know what the
formula is, but like for every one thousand feet of wire,
there's so many volts passing through it. You take that
thousand feet of wire and multiply it by a whole
big area. It's getting directly hit by a solar storm,
(39:02):
and they're literally siphoning off hundreds of thousands of wats
of power just to keep the system from overloading in
on itself. And if things were to shut down, something
were to go wrong, well, bye by black out. You're
gonna have a blackout for a while, by by electricity.
So anyways, infrastructure sensitivity, that's what I'm talking about here.
The modern grids with long transmission lines and interconnected systems
(39:23):
are more susceptible to GICs. Countries like Russia with vast
Siberian grids may face new risks as the auroral oval
shifts in the southern hemisphere, where slower pole movements limit change.
You're not going to have that big of a problem,
but Australia's coastal grids could see minor impacts during extreme storms. Now,
grid operators use geomagnetic forecasts all the time, but rapid
(39:47):
polar chefs complicate long term planning. Hardening transformers and deploying
GIC monitors are ongoing. They're doing them right now, but
they're very, very costly. Sweden and Canada lead in this field.
Other nations, the United States of America lag behind. Now
we have brought this, you know, scientists, doom scientists have
(40:10):
brought this up to Senate Congress. A lot they really have,
and what stops them from actually passing? You know, I know,
you know, billions and billions and billions of dollars have
been getting siphoned out of our government. We're getting we're
getting the facts on that now and it's disgusting. With
some of that money, they could harden the grid and
we wouldn't even have to worry about any of this stuff.
(40:32):
But we have to worry about this stuff because well,
you have things called people called lobbyists who say, you know,
power companies don't want to spend this kind of money
upgrading our electric system. And if you look around here
in good old Michigan, where we have power outages. Every
time a dog hikes its leg and takes a piss
on a telephone pole, we're out of power for a week.
(40:53):
Well then they're going to you know, our beloved governor
with their handout going, well, we're going to have more
money for the power. We gotta have more money. They
just ask for a rays in rates and they're going
right back and asking for another one. What do we
get out of it? I don't know. I know every
time the wind blows we go out without electricity for
(41:13):
a week. So yeah, imagine the time when we can
get rid of power lines exactly, Jeff, cause you imagine, yeah,
the copper and whatever fine metal recycling we could do.
I hope for that future, I really do. So let's
look at the ecological and biological effects animals. You know,
(41:37):
and you know the ecosystem around you. Migratory animals species
like birds, turtles, whales, they all use magnetic cues for navigation.
We'd already know that the North Pole's rapid drift could
disrupt migration patterns, especially in the Arctic. For instance, studies
on the loggerhead turtle shows sensitivity to field changes as
(41:58):
small as one to two percent. It affects them. Breeding
birds like the snow goose might face disorientation if the
declaration shifts outpace adapation. Data is limited, but lab experiments
suggest young animals are more affected than adults. Who rely
on memory and other cues. The polar ecosystem could be affected.
(42:20):
The auroral overshift could alter ionospheric condition, affecting atmospheric chemistry.
This might impact arctic and anarchic ecosystems indirectly, though evidence
is sparse. Most directly, weakened field regions could expose high
altitude species like migratory birds to more radiation, potentially affecting
reproductive or survival. Now, let's look at something I just
(42:50):
kind of did a deep dive down. We got about
ten minutes before we wrap this up. What about the
polar shifts effect on the climate. Now, the relationship between
magnetic pole shifts and climate change is kind of complex
and indirect, with no real definitive evidence that pole shifts
(43:12):
directly drive significant climate alterations on short time scales. However,
there are several mechanisms through which the ongoing magnetic field
change could interact with Earth's climate systems, primarily via effects
on atmospheric and oceanic processes, radiation exposure, and geomagnetic activity.
(43:33):
The reason that I'm going down this hole is because
when you kind of look at solar maximums and solar minimums,
some of our biggest solar maximums. Solar storms directly coincide
with some of the biggest tornado outbreaks we've ever had.
Now we just went through a week ago, some of
(43:55):
the biggest tornado outbreaks we've seen in quite some time
in the South Arkansas, Tennessee, Missouri, Texas, Mississippi. And we
are at a solar maximum where the Sun is throwing
an absolute tantrum, throwing solar radiation in our way. And
they the science of the debate is on, they try
(44:17):
not to really bring it out because it would muddle
the narrative. And I'm sure you know what narrative I'm
talking about. But if and I think it's a very
big if, if solar radiation, if the Sun affects the
weather here on Earth, which very well come because it's
you know, it's in our Hono sphirit, it's in our atmosphere,
(44:40):
it hits us, it hits us hard. Well, what is
that going to do to climate change science? Let's look
at that the magnetic field influences the upper atmosphere, the ionosphere,
and the stratosphere where auroral activity and solar particle in
actions occur. A shifting pole could subtly affect atmospheric chemistry
(45:07):
with possible climate implications, like ozone depletion. During geomagnetic storms,
high energy particles guided by magnetic fields can penetrate the stratosphere,
producing nitrogen oxides that deplete ozone. A weaker magnetic field
five percent decline per century and shifting auroral ovals due
(45:30):
to pole movement could enhance this effect in new regions.
For example, as North magnetic pole drifts towards Siberia increased
to uroral activity there might lead to localized ozone thitting.
Studies from two thousand and three Halloween solar storms showed
up to ten percent ozone loss in polar regions during
extreme events, though recovery was quick over decades. Repeated events
(45:52):
could amplify this, particularly in the artic gonacy. All this time,
you thought it was hair spray US eighties people. We
killed the ozone there, but it came back. That's right, Raptor.
This is the climate is never supposed to change. That's
(46:13):
why we have to sell our SUVs. Carrying on. Ozone
loss allows more ultraviolet radiation to reach the surface, potentially
altering tropospheric circulation patterns. Models suggest stratospheric ozone changes can
influence the jet stream, shifting storm tracks or temperature gradients.
(46:35):
For instance, articles on depletion might weaken the polar vortex,
leading to colder winters in parts of Eurasia. All pattern
observed in recent decades through primarily linked to other factors
like Arctic amplification. The polls shift contribution here as speculative
but plausible over long time skills, so it's not just
(46:57):
man made climate change. Could be witnessing polar shift climate
change carrying on. Siberia and northern Scandinavia can see more
ozone related effects as the auroral oval shifts eastward, potentially
increasing ub exposure for ecosystems and agriculture In the southern hemisphere.
(47:20):
The south pole slower drift limits its changes, but there
still could be some changes. An Erica's existing ozone hole
could be exasperated during solar maximum right now. A weakening
magnetic field increases cosmic ray penetration, which some hypothesis link
(47:42):
to cloud formation and climate. See, you're not going to
hear this on any other show. If you do, it's
going to be rare. It's definitely not going to be
CNN because they got to stick to the narrative won't
be a MISNBC. They got to stick to the narrative.
They all have to stick to the narrative that you know,
half the population has to go away, so you know
(48:03):
Earth can heal. So let's look at this cosmic ray hypothesis.
The sten smart hypothesis suggests cosmic rays ionized atmospheric particles,
promoting cloud condensation nuclei and increasing low altitude cloud cover.
(48:26):
A weaker field as seen now allows more galactic cosmic
rays to reach Earth, potentially enhancing this effect. Clouds reflects
sunlight cooling the planet, but their type and altitude matter
are low fatus cloud cools, while a high serious cloud worms.
Studies show a weak correlation, but the effect is small
(48:48):
compared to greenhouse gas forcing, but it is there. Pole
shifts don't directly amplify this, but regional field weakening because
of them could increase cosmic ray flux locally. We're talking
about climate impact here. If cosmic rays do boost cloud cover,
the cooling effect might be most noticeable in high latitude
(49:10):
regions where magnetic field is weakest near the poles. For example,
increased cloudiness over the Arctic Ocean could slow ice melt
by reflecting sunlight, but it could also trap heat, complicating predictions.
Data from the twenty tens show no clear global cloud
increase tied to field weakening, so this kind of remains theoretical,
(49:30):
but it is plausible. Let's look at ionosphere and atmospheric circulation.
We know that the magnetic pole shifts alter ionospheric currents
and auroral patterns, which could influence atmospheric dynamics i e. Weather.
Auroral activity driven by solar particles interacting with the magnetic
(49:53):
field heats the upper atmosphere as the north pole moves,
as heating shifts towards Siberia, potentially a acting regionable regional
atmospheric pressure systems. For instance, i atmosphere heating can perturb
the Arctic oscillation, a pressure pattern that govers winter weather
in the northern Hemisphere. A twenty twenty one study link
strong geomagnetic activity to temporary Arctic cooling events, though the
(50:17):
poles shift, the role of the poll shift is unclear.
Let's talk about jet stream effects, which right now we've
been experiencing a whole lot of jet stream effects. Last
week it was unseasonably cool. It's going to warm right
back up Now, changes in the upper atmosphere can cascade
to troposphere nudging the jet stream paths. The North Poles
(50:41):
drift might subtly destabilize the polar jet, leading to more
extreme weather swings. Now, see, we were told all along
that it's our fault that this is happening. Heat waves
in Europe are cold snaps in North America. However, these
patterns are primarily driven by Arctic warming and sea ice loss.
They gotta go there, but magnetic shifts are a contributor.
(51:06):
I could really go on and on and on with
all of this, but I won't bore you any longer.
Let's just suffice it to say the magnetic pole shifts
climate impacts are indirect and could be minor compared to
the anthropogenic drivers, which are US ollsone depletion, cosmic granduce clouds,
(51:28):
atospheric heating, and ocean atmosphere coupling are plausible mechanisms. They
have to be taken into consideration when we're talking about
global warming. Siberian oral shifts and Arctic weather disruptions over
the centuries are usually caused by a weaker field. Weaker
(51:53):
fields can amplify what's going on, so we're down to
the last few minutes of the show. Are we all
going to die? No, it could lead to it. You
(52:17):
may wake up tomorrow morning and the whole thing could shift.
We don't know. The Earth is very unstable, always has
been since the beginning of time. Odds are that you
will not be around to see the next magnetic polar
magnetic reversal where North Pole becomes South Pole, south Pole
(52:37):
becomes north Pole, even though we are way overdue for
the next polar reversal. So if you go down that
rabbit hole, go down to it more informed having listened
to this show. You don't have to buy three hundred
pounds of doom food to put in your doom shelter
(53:00):
her to last out the I don't know a thousand
years that it's gonna take for the Earth to settle
back down again. It's not gonna matter. He could wake
up tomorrow, Dad, That's exactly it. Raptor. So, yes, we're
we're expecting to get into our doom food. We're gonna
have to figure out what we're gonna have for doom
food so we can sell it on the KLR in store.
(53:22):
We do have a KLR in store. By the way
Kalen Radio Store. It's it's out there, we can we
can buy things from it. Thank you so much for
listening tonight. My name's Alan Ray. It's Sunday Night with
Alan Ray. I'm not I don't think I'm gonna do
a show next week. It's Easter week and I'm going
to be going across state. I am with two of
my three kids over there. My other kid I see
(53:44):
all the time. Anthony's on my show once in a while.
We know, we all know him, we all love him.
But the other two I don't see is often because
they're across state. I'm gonna spend time with them, which
means in law duties and whatever. So have a great
Easter celebrate. It's a great time to be alive. I
know there's a lot of people out there that want
(54:04):
you to believe that this world is just not going
to make it. But when you look at when you
look at social media for an hour and then you
go outside and look outside for an hour, it doesn't
add up. I was outside just about all day yesterday
(54:25):
and at no point in time, at no point in
time at all, did Donald Trump do anything that affected me.
Did Nancy Pelosi do anything that affected me? Did anybody
Elon Must? Elon Must did not stop by and help
me one time? So I burn my neighbor's tesla. No, really, honestly,
(54:49):
get out and touch grass, smell the fresh air. Spring
is here to beautiful times, a time of renewal. Enjoy it,
Lord Willing. I'll see you in two weeks with Stacy
and we'll be doing a playing in the dirt and
we're gonna have some fun because it's that time of year.
I am so ready to get out there and start
getting dirt under my fingernails, digging up the garden, getting
(55:11):
things going. I'm so glad that we are getting out
of the cold weather. Yeah, we're still gonna have a
couple of bouts, but I'm seeing it on the horizon.
And remember, folks, it is tornado season. So if you
want to buy your doom food, go ahead, put it
in your tornado shelter. Tornado snacks are good, you know,
when everything's getting blown down over your head, having some
doom food is good. Oh three inches yesterday, Jeff. We
(55:34):
had like an inch and a half a couple of
days ago, and it just really bummed me out, especially
after going and seeing that Jimmy Buffett tribute special that
my wife and I went to see last Saturday night. Yeah,
we were like, oh, we're all flowered shirts. I had
my pink flamingo shirt and we're all ready for summer.
And it just crapped on us all week last week.
(55:55):
God bless you. We're gonna talk about again soon. It
is Kailar and Radio. Keep it locked on KILR and
Radio right here live on x for some of the
best podcasts. We are America's podcast network and we'll talk
again soon. Peace Out.
This is just breakfast.
Speaker 2 (00:02):
It might be the first McDonald's breakfast you're having at
McDonald's again. This lunch might be a weekly tradition you
hadn't had in weeks, and this dinner might be the
first one you bought for not.
Speaker 3 (00:11):
Just you, in a while.
Speaker 2 (00:13):
Whatever this order is for you, McDonald's would be gay
to take it.
Speaker 4 (00:17):
Get more of the chicken you love with a delicious
McChicken sandwich for one dollar and for an extra buck
at a refreshing Doctor Pepper.
Speaker 1 (00:23):
Dining rooms are starting to reopen in certain communities. I
participate in. McDonald's cannot be combined with any other offer
a combo meal.
Speaker 5 (00:29):
In uncertain times, we could use someone to lean on.
Blue Cross and Blue Shield of Oklahoma will stand by
you with plan options to fit your budget. If you've
recently lost your job, had a baby, or moved, you
can still get the healthcare coverage you and your family need.
Financial help may be available for those who qualify. Call
eight five five four five two blue or visit here
(00:51):
for Youoka dot com to see if you're eligible to enroll.
Blue Cross and Blue Shield of Oklahoma a division of
Healthcare Service Corporation, a mutual Legal Reserve Company.
Speaker 6 (01:00):
Not to be a backseat driver, But can you say
for sure you've got the best monthly payment possible on
your auto loan? Could it be that you might have
gotten a better deal by shopping the loan at a
few places and have a lower car payment next time?
Before you go car shopping, visit Communication Federal Credit Union first.
Our auto loan experts will find you a perfect loan
(01:20):
and get you the lowest monthly payment we can. Communication
Federal your auto loan experts Restriction Supply Federally insured by NCUA.
Speaker 7 (01:30):
Tired of paying out rageous prices for viagra, Well we
have great news for you. Now you can finally get
viagra at huge discounts. Healthy Man allows you to save
up to five hundred dollars on viagra. Why pay us
pharmacy prices of fifteen dollars per pill or more when
you can get viagra for less than three dollars a pill.
Call today and get forty Viagra pills for only ninety
(01:50):
nine dollars. This can cost as much as six hundred
dollars at your local pharmacy. You can't afford not to
call us if you want viagra at the lowest prices.
Never pay fifteen dollar of pill pharmacy prices again. Get
Viagra for less than three dollars a bill. Call one
eight hundred five to one six seventy six oh two
today and save up to five hundred dollars and get
forty pills for just ninety nine dollars. Healthy Man is fast,
(02:14):
easy and affordable. Operators are waiting at one eight hundred
five one six seventy six oh two to take your
call right now. Call one eight hundred five to one
six seventy six oh two. That's one eight hundred five
one six seventy six oh two again one eight hundred
five to one six seventy six oh two.
Speaker 8 (02:30):
A new year means it's time for a new home
network that can keep up with CON's Internet. You have
the speed and coverage your family needs to stay connected.
You'll enjoy Cox's fiber based hybrid network with options for
fast upload and download speeds. And if your household has
lots of connected devices, Panoramic Wi Fi may be the
perfect fit thanks to its additional control features. Plus, with
advanced security and Panoramic WiFi, you'll know each connected device
(02:54):
is securely protected.
Speaker 1 (02:55):
Twenty four to seven.
Speaker 8 (02:56):
A whole world of connectivity is yours with Cox Internet.
Speaker 3 (02:59):
Learn more at dot com.
Speaker 1 (03:39):
You know, back in two thousand and nine, there was
a movie come out called twenty twelve. Remember twenty twelve?
Are you that old? I remember twenty twelve. Twenty twelve
was supposed to have been a transitional year. The Mayan
calendar said twenty twelve is going to be a year
of Instead, it was really just kind of a I
(04:00):
don't know, it wasn't that bad of a year. It
wasn't that great of a year. It's just a year.
We've had worse. We've had worse years. But I was
kind of revisiting that movie the other day, and it
got me thinking because the thing that led to the
doom of the earth, the you know, the the whole
plot of the movie was a solar maximum of a
(04:22):
giant solar storm that heated up these neutrinos in the
Earth's core and it set off a chain reaction yadda, YadA, yadda,
and the Earth blows up and we all died. So anyways,
most people died. The billionaires got to live. You know,
they got into an arc and a couple of poor
people they let a few pores on raptorses. Has been
(04:43):
trying to forget about twenty twelve, but anyways, it's got
me thinking about things. Late twenty twenty four, early twenty
twenty five, early this year, a lot of news articles
came out about the magnetic polar shift that we may
be heading for a complete polar reversal, and we're going
(05:05):
to talk about that a little bit today on Sunday
Night with Allen Alan Ray. I am your humble host,
Ealan Ray. Welcome to Sunday Night with Alan Ray. Bye Golly,
we're gonna have a good one. You just started Increase
with Jeff. He's it's his final Increase episode, and man,
just love the way he presented that. I wanted to
(05:27):
tackle posthuman transhumanism. It was such a deep hole. There's
so much to it, and I think he did a
really great job of addressing it. I'm still going down
the rabbit hole of both of them. I have thoughts.
I have thoughts of AI. A lot of people are
afraid of AI. I'm not afraid of artificial intelligence. In fact,
(05:51):
I have found a lot of really productive uses for it.
Will man do stupid things with artificial intelligence?
Speaker 7 (05:59):
Oh?
Speaker 1 (05:59):
You bout to believe. Well, oh yeah, we're already doing
stupid things with a I I mean, it's just the
nature of man. You give a man, you give people
anything you give especially men. You give anything men to men,
they'll turn it into some kind of sexual thing. They'll
pervert it. Their they're perversions or what is a doctor
(06:19):
strange love And he says, perverts. I think you're a
bunch of perverted deviants. That's what I think. You're all
a bunch of perverted deviance, and your perverted deviancy is
leading to the destruction of mankind. Uh, Lucy Loubot, that's right.
So yeah, it's Sunday night, and it's kind of a
(06:41):
nerd Sunday night because what I'm going to talk about
is the all the things around what may be a
doomsday scenario. I don't I'm gonna let you judge it. Anyways,
I was watching twenty twelve and this one got me
thinking about it, and I remember the news coming on
and oh boy, everybody was freaking out. And even well,
(07:02):
like even s far back at the beginning last year,
we are reaching we are at the peak of a
solar maximum right now. The sun is absolutely throwing temper tantrums.
We're yes yesterday we were in a magnetic storm and
you're walking around and you don't really notice it if
you're just walking around. It was a beautiful day yesterday,
(07:24):
gorgeous day yesterday. I was outside almost all day, well
into the night, building my brand new greenhouse, and you
know the survival thing, which reminds me Stacy and I
are going to be back in a few weeks with
playing the dirt right here Sunday night. It's going to
take the you know, the end of one of the
weeks or the last week end of the month, Lord Willing,
(07:47):
instead of Someday night with Dylan Ray, you'll be here
and playing the dirt where we talk about all things survival, gardening, survival,
food storage, YadA, YadA, YadA. It's a fun time, it
really is. It's it's a break from politics and all
the I get tired of talking about politics all the time,
even though it's mildly politically driven. But yesterday, if you're
(08:08):
walking around outside, you had no idea that we had
a solar storm happening. It was bombarding you. You were being
bombarded by the sun and it was a decent size
polar you know, or solar storm, unless you were playing
on a ham radio on a HF frequency, which I
was doing Saturday morning, and the people in Buffalo, New
(08:30):
York were having a heck of a time hearing me.
Usually Buffalo, New York area, all those areas of Eating
New York, all those areas right there, boy on on HF,
just blast through here, just great sound. Couldn't hear any
of them. They could barely hear me. I could barely
hear them. People in South Carolina, North Carolina, Maryland, Georgia, Alabama,
which sometimes I struggled to hear in Alabama and Georgia
(08:50):
blasting in here. Just everything was just the opposite of
what it was, and it was the sun. The sun
was doing it. It's something you kind of don't realize
is happening unless in the middle of the night you
look out towards the northern sky and there's glowing greens
and rads of the northern lights Aurora borealis. Then you notice, well,
(09:15):
all of these things are kind of connected. And if
you fall down this rabbit hole, which is I recommend
you go down this rabbit hole because it can be educational.
Maddening is scary all at the same time, we are
at the very beginnings of a complete polar magnetic reversal
(09:40):
on the planet. Now, there are those many of those doomsayers,
the people that say, oh, it's gotta flip. You gotta
be ready, buy my product, get five hundred pounds of
freeze dried food, and go dig yourself a ditch and
(10:01):
get ready to get in it, because this is gonna happen. Well,
it is gonna happen unless you do as Jeff was
just talking about, an increase, take on a lot of
cyber type traits, get a lot of things replaced, upload
your conscience, conscience into a robot or something. You're probably
(10:21):
not going to be around to see it. Now. I'm
not going to sit here and say you won't because,
as you know, on my show, I go by the
probability possibility theory all the time. Well tell you it's
it's not even a theory, it's just my own philosophy
is probability possibility. Everything I do. A lot of things
I do, I look at and say, what's the probability
(10:44):
versus the possibility? Is it possible tomorrow we could wake
up and there is a complete magnetic polar magnetic reversal
where the south pole becomes a north pole, the north
pole becomes a south pole. Well, anything is possible, very
slim possibility, but anything's possible. Is it probable? No? And
I'm gonna start out the whole show by giving you
(11:05):
the end of the show first. No, And Raptor says
his head will be in the jar by the time
this all happens, so he's not worried about it. Boy,
Chat's lit. We got people in chat already and I'm
loving it. Unless you plan on living for about a
thousand years, don't worry about all this stuff. Now. I'll
(11:30):
give you your money back if it does end up
happening in the next year or two. Okay, I'll give
you all the money you've spent on listening to Sunday
Night with Ellen Ray. I'll give it back to you,
which you've not spent any of it, so you're screwed.
I don't care. But anyways, here's where the thought comes from.
And this is actually this what is This article goes
all the way back to March of twenty twenty, twenty
(11:52):
twenty four, and this is how stuff works. The big headline,
what if Earth's magnetic field flipped, you know, because they
were talking about this back then. We know things are happening.
We're gonna discuss these things, says Earth's magnetic field has
flipped about one hundred and seventy times in the last
hundred million years. How they know that, I don't know.
(12:14):
There's signs, are things that they can tell that say, well, yeah,
it's flip. They don't know for sure, they really don't,
but they think they know. A magnetic field flip involving
the North and South poles reversing polarity doesn't happen overnight,
but gradually over centuries to one thousands of years. And
while a flipped magnetic field could post challenges for migratory
(12:35):
animals and increase exposure radiation. Now, this is one school
of thought, guys. One school of thought only says there
is no evidence that pass slips cause mass extinctions or
catastrophic events. Yeah, already's in the chat dumn one for
dun Yes, let's see, this is one one article out
(12:56):
of thousands, and a lot of them say, oh, they
have the pad magnetic pole slip. Better have ten tons
of freeze dried food. What do they call freedom food? Whatever?
They call that. Maybe that's what I'm gonna start doing
on Sunday night with Alan Ray, I'm gonna I'm gonna
do the whole you know, here comes the doom. Ah.
By the way, buy my products so you'll be prepared
(13:17):
for the doom. Buy my freeze dride food by buy
it by the tons, by it by truckloads, and put
it in your your bug out room. And that way,
when the polar magnetic poles shift and they flip completely,
you'll be okay because you'll have thousands of pounds of
freeze dride food. Anyways, Uh, guys in the chats at me,
(13:39):
should I start doing that? So let's actually take a look.
Let's take a look at what's going on in our polls.
Are things changing? Oh? Man, are they changing? You better
believe they're changing. They've been changing for a while, but
it's been speeding up and a little bit slowing down.
(14:06):
So let's look. So, based on recent data, the Earth's
magnetic poles are shifting at varying rates. The north magnetic
pole has been moving faster in the recent decades, with
its speed peaking at about thirty four miles per year.
Thirty four miles per years kind of big. It's kind
of huge. Thirty four miles a year. You know, you
(14:28):
don't notice it under your feet. You're not gonna get
dizzy and fallover. But thirty four miles per years, it's
quite a bit. And that's from around twenty seventeen through
twenty twenty, though it has slowed down to around twenty
five miles per year as of twenty twenty five. Now,
what it's doing, it's drifting from the Canadian Arctic towards Siberia.
(14:49):
So basically, the magnetic pole is shifting away from us
here in the United States and more towards Russia. And
it's driven by changes in the earth molten iron core,
particularly a tug of war between magnetic field patches under
Canada and Siberia. Now the south magnetic poles moving more
slowly at about nine miles per year, and its path
(15:12):
is less dramatic, but it is moving and it is
staying roughly in the Southern Ocean. Now, these shifts are
part of natural behavior of the Earth's magnetic field. It's
nothing new, nothing new under the sun. Okay, raptresses, ten
tons of freeze, rap food. I have five kids. I
think your math is off, they'll go through that. You know,
that's like the hurricane snacks. You gotta space them out,
(15:35):
raptor tell the kids a space mount. Don't eat all
of your hurricane snacks on the you know, the very
first hour, because then the rest of the hurricane you're bummed. Anyways,
these shifts are natural part of earth magnetic field and
they're generated by like complex fluid motions in the core.
Historical data from the paleomagnetic records show pole reversals happening
(15:58):
over thousands of years, but the current movement isn't indicative
of an eminent flip. So the science right now is saying,
you know, it's gonna flip, but it's not imminent. It's
not right. We're not right at the doorstep. It's more
of kind of a rapid wandering right now. If you
take a top and you spin it on top of
your desk and it slows us a little bit and
(16:19):
the top starts wobbling a little bit, that's what kind
of what we're going through on a global scale now.
Exact predictions are tough because core dynamics are kind of chaotic.
What's going on underth EAT's really chaotic. But the North
pole's recent deceleration suggests that maybe it's stabilizing a little
bit now. The shifting of the Earth's magnetic pole impacts
(16:39):
several areas, particularly navigation and oral activity. Aural activity not
oral oral, okay, au oral activity that's for behind the circle. K.
So let's look at some of these implications of what's
going on with the North pole moving like it is,
which is, you know, a lot more not more pronounced
(17:02):
than the South pole, but they're both moving. Just keep
thinking of it as a as a top that you're
spinning a top and the top of it's kind of
wobbling right now, That's what's going on with the Earth,
except something's gonna speed it back up, and now it's
stabilizing a little bit. You know, things are happening. Now,
let's look at navigation. That's the biggest thing. Magnetic poles
(17:23):
affect navigation quite a bit, especially magnetic navigation. Now aviation
and maritime navigation. You still have magnetic compasses. They're critical
for backup navigation and aviation and maritime contexts. And we're
gonna get to something here that juxtaposition kind of touched
on but didn't really deep dive into. It like the
(17:44):
Bermuda triangle. Me it's gonna give my own little peace
on this, especially in remote polar regions where GPS can
be disrupted. Magnetic compasses and of the likes are more,
they're more, they're they're they're better to have around the
Norse magnetic poles. Rapid movement means magnetic declination. The angle
between magnetic north and true north changes significantly over significantly
(18:09):
over time. For instance, in high latitude areas like Northern Canada,
declination is shifted by several degrees in the past decade,
forcing updates to aviation charts and runway designations. And Raptor,
if of anybody in the chat knows about this, Raptor
does It's right Canadians are and cohoots with with Russians.
I knew it, Raptor, You're right, Mario's in chat. Welcome.
(18:37):
Mario says, I'll have to throw out my supplements and
patriots solar generators to make room for the doom foods.
Doom foods, You got it, Mario. What I make a
million on my doom foods, I'll get I'll buy you
a beer, buddy. Ah. Anyways, A notable case of some
of these, the declinations and the shifts and the recalibrations.
(18:57):
A notable case occurred at London's here Throw Airport in
twenty twenty, where runway recalibrations were considered due to the
magnetic shift. Maritime routes in the Arctic, increasingly used due
to melting ice, face similar issues, as compass errors grow
without frequent updates. So if you're not updating your magnetic compasses,
(19:19):
recalibratingum stuff, you're gonna be off. Now let's talk about
the World Magnetic Model for a minute, and that's maintained
by NOAH and the British Geological Survey, which is like
Britain's NOAH, and it's the global standard for magnetic field
data used in everything from smartphone apps to military systems.
It's typically updated every five years, but the North Pole's
(19:40):
unusually fast movement prompted an out of cycle update in
twenty nineteen. Even with these adjustments, the model struggles to
keep pace in polar regions, where errors can reach up
to one to two degrees. Now that don't sound like
a lot, but for precision navigations that's kind of a bit.
This can translate to position errors of mo over long distances.
(20:06):
How about polar regions. The Arctic is a hot spot
for navigation issues because the North magnetic pole is physically closer,
amplifying declination changes. In other words, they're the magnetic pole
and the actual North pole. There's a difference between the two.
For example, in Nunavut, Canada. I think I'm saying that right. Nunavut, Canada,
(20:28):
declination is shifted by about twenty degrees since the nineteen nineties.
This affects not only human navigators, but also automated systems
like those on ice breakers or research vessels. And in contrast,
the South posts slower waile slower drift means less disruption
in Antarctica, but research stations there're still need periodic compass calibrations.
(20:51):
So if the North poles drift accelerates again like it's
slowed in twenty twenty till now it's slowed down the
little bit, significant bit, really, navigation systems may need more
frequent updates, increasing costs. Well, we got money involved money
(21:11):
In extreme scenarios, a pole reversal, which again it's not imminent,
could render magnetic navigation unreliable for centuries, pushing reliance onto
GPS or gyroscopic systems, which have their own vulnerabilities like
power outages, solar storms, stuff like that. So, oh god,
(21:37):
you guys need to be in chat right now. Jeff
just came up with a whole doom food guys. Darn it,
I'm gonna have to get a big freeze dryer start
selling doom food. That's beautiful. Man, I love you, Jeff.
You're so funny. This is great. You guys really have
(21:59):
to be a chat you really have to. That's the
funnest part of it. So anyways, back to what we're
talking about. We have regional shifts and intensities in auroral activities. Now,
the magnetic pole shift influence these auroral ovals. So if
you look up, if you're looking down at the North Pole,
(22:23):
the true North poles, and you're watching the magnetic North Pole,
it's kind of an oval and it kind of shifts
back and forth. So we have these geographic shifts, like
the North Pole's movement towards Siberia is gradually reshaping the
northern auroral oval. So over the past few decades, the
oval has shifted slightly eastward, making auroras more visible in
(22:44):
northern Russia and parts of Scandinavia and even lower latitude
areas like Central Siberia during strong geomagnetic events. Now as well,
regions like northern Canada and Alaska are starting to see
fewer auroras over time. For example, Yellow and Ife, Canada,
which is a prime aurora viewing spot, could lose some
(23:04):
of its appeal by twenty to fifty if trends continue
in the southern hemisphere. Fear the slower south pust ship
means a minimal change, so you know, people are likely
not to really really notice much. Most of the ships
mostly confined over the Southern Ocean and Antarctic coast. And
(23:26):
on top of that, the arismagnetic field has weakened by
about five percent globally per century, with faster declines in
the South Atlantic Anomaly. Now here's where we get into
a little bit of juxtaposition. The South Atlantic anomaly, if
you don't know what I'm talking about, is a weak
(23:48):
field region between South America and Africa. Basically, what this
means is the weak field region allows more solar energy.
They're like, we're seeing a solar storm right now. That
South Atlantic anomaly lets more of the ions, more of
the solar garbage winds whatever into our atmosphere. It's a
(24:13):
weak spot, it's a chink in the armor. Basically, the
weaker field allows more solar particles to penetrate, potentially increase
in aurora frequency and intensity, especially during solar maxima, which
we're kind of in the peak right now until next year.
During geomagnetic storms, auroras have already appeared at unusually low
altitudes like Texas and northern India. We saw that back
(24:34):
in the summer, suggesting this trend may grow. Now back
to the South Atlantic Anomaly. If you look at the
South Atlantic Anomaly, it may explain it doesn't really go
over the Bermuda Triangle, but maybe some pieces are there.
Maybe it shifts around a little bit, goes back and
forth the South of Atlantic Anomaly. If you from what
(24:57):
they say, from what I've read, what I've watched, understood
even when some of our GPS, some of our satellites
go through there, they power them down going through the
South Atlantic Anomaly because they get bombarded with so much
I don't know, geomagnetic solar particles that they have to
(25:22):
power down to keep them from getting ruined. So could
it explain some of the craft that happens in the
Bermuda triangle. M I have theories about that could be.
Now here's the other thing, and this is kind of
a wine. This is whiny from the scientific community. The
Aurora tourism industry, worth billions of dollars annually could see
(25:46):
economic shifts. Destination like Iceland and Norway may gain visibility,
while Canada and some of them, you know, some of
the America's parts of the America can see decreases. A
lot of people get up. If I'm going to watch
the northern lights, and if you've been in the upper
peninsula of Michigan during Aurora boreals, it's absolutely gorgeous, or
(26:07):
even the lower peninsula up towards the bridge just beautiful.
But scientifically, auroras help study the ionospheric dynamics, but shifting
almost complicate long term data comparisons from fixed observatories like
those in Tromso, Norway, McMurdo Station, and Antarctica. So there's
some scientific winding going on about some of this shifting.
(26:32):
We've reached the bottom of the hour. We come back.
We're gonna look at some of the dangers that may
happen if if we get too big of a shift
and we start getting weaknesses in some of the polar
I don't know some of the scientific behind it suggests
(26:53):
that as we go into a reversal of magnetic poles,
even though it might be one thousand miles or a
thousand years away, one hundred years away, we don't know
that the disruptance to our ionosphere, the disruptance to are
what protects the Earth from solar energy, might cause some problems.
So we're going to study that when we come back.
Don't go anywhere, guide yourself, your your halftime snacks, drinks, whatever,
(27:17):
and meet me back here in just a few minutes.
Speaker 9 (27:41):
As a Blue Cross Medicare member, managing your medications from
home is simple. With our easy to use prescription drug plans,
you can get the medicine your doctor prescribes from your
local pharmacy or even delivered by mail or the trusted
care you need and want. Blue Cross will be here
with more convenient ways of getting it. We've been for
more than eighty years. Blue Gross, Blue Shield of Michigan.
(28:04):
Confidence comes with every card. To learn more, visit BCBSM
dot com slash Senior Options.
Speaker 1 (28:11):
Hey Randy, what you're doing?
Speaker 2 (28:13):
Oh hey Dave?
Speaker 4 (28:14):
I'm just making a list of things that make me
feel really really.
Speaker 3 (28:16):
Good wearing Bomba socks.
Speaker 1 (28:18):
Trust me, that's number one on my list.
Speaker 7 (28:20):
Bomba Socks feels so good because we use the smartest
design and best materials, making them the most comfortable socks ever.
Speaker 6 (28:26):
Plus, because socks are the number one most requested clothing
item been homeless shelters, we donate a pair for every
pair of purchase, and that feels pretty good too.
Speaker 9 (28:34):
To shop Bombas or learn more about how your purchase
supports those experiencing homelessness, go to bombas dot com slash
Comfy and get twenty percent off your first purchase today.
Speaker 2 (28:43):
This breakfast isn't just breakfast. It might be the first
McDonald breakfast you're having at McDonald's again. This lunch might
be a weekly tradition you hadn't had in weeks, And
this dinner might be the first one you bought for
not just you in a while. Whatever this order is
for you, McDonald's will be.
Speaker 4 (28:59):
Hated to get more of the chicken you love with
a delicious McChicken sandwich for one dollar and for an
extra buck at a refreshing Doctor Pepper.
Speaker 1 (29:07):
Dining rooms are starting to reopen in certain communities.
Speaker 4 (29:09):
I participate in McDonald's cannot be combined with any other offer,
A combo meal.
Speaker 1 (29:13):
Not to be a backseat driver.
Speaker 6 (29:15):
But can you say for sure you've got the best
monthly payment possible on your auto loan? Could it be
that you might have gotten a better deal by shopping
the loan at a few places and have a lower
car payment next time before you go car shopping, visit
Communication Federal Credit Union First. Our auto loan experts will
find you a perfect loan and get you the lowest
monthly payment we can. Communication Federal, your auto loan experts,
(29:39):
Restriction Supply federally insured by NCUA.
Speaker 1 (29:58):
Ye do need a doom food? A product for the
kal Arron store. Doom food that is so epic. I
can't get over that. That is so great. It's all right.
I'm your humble host down Ray Sunday Night, with the
own right welcome. Welcome. We're talking because it is the
show where we look around this great, big giant blue
(30:21):
ball that we're hurtling to do space and ungodly speed,
and we ask the eternal question, what.
Speaker 7 (30:27):
The white white worldless fortunes going on here?
Speaker 1 (30:30):
I don't know, if you know, let me know, we
were talking about the conspiracy theory. I would even call
it a conspiracy there, it's a doom theory. Let's have
a doom theory. We have doom food. And I don't
even know what doom food would look like. I think
doom food would be like popcorn or you know, junk
food that you could sit there and eat while the
world burns. Go, don't have to worry about this dietnom
(30:53):
or dew. We doom theories. There's tons of them. Doom
theories are out there. And this one about the the
polar magnetic reversal. And I fallen down that rabbit hole
a while back, and it's a big rabbit hole. Lot
of people are just like, oh, it's gonna happen in
the next year, the next two years. The CIA is
covering up Oh my gosh, Come on, guys, the CIA
(31:17):
is too busy starting wars inside of the United States
and in some of our other allies. And you know,
they're they're too busy trying to turn the government over
to worry about things like covering up doom. So we've
gone down that rabbit hole, and I'm going to look
at some of the things that could be vulnerable if
exposed to the Earth's magnetic field being disrupted while they're
(31:41):
in the process of a magnetic flip, or if it
starts wobbling to the point where we do lose some
of our magnetic coverage or magnetic pole coverage. Because what
that does, and we're talking about things out there. If
you if you look at a model of how are
magnetetic field protects the Earth from solar winds, solar radiation,
(32:04):
it kind of almost looks like if you're looking at
some kind of a comet. The solar winds. You know,
the Sun is hitting us, bombarding us with all this stuff,
and sometimes it pushes so hard that it gets closer
and closer to our atmosphere. That's when you see Aurora
bore els and so the front, you know, the sun
(32:27):
facing polar magnetic force kind of pushes back into the Earth,
but it's still protecting us. Now, there's other things that
protect us to the atmosphere protects us quite a bit.
Other things protect us. Magnetic pole is not the only thing,
but it's a big thing. And then the behind it,
you know, the opposite of the sun. It's kind of
a long tail. So if all of that stuff gets
(32:50):
really out of whack and starts looping around, it's not
just going to be overnight it goes we'll flip, you know,
the next day. Birds are running into your windows and
stuff because they don't know where they're going. Turtles are
like crawling across the you know, the California deserts because
they don't know which way is up or whatever. It's
not gonna be like that. It's gonna be a slow
You won't even notice it except when you set your
(33:13):
watch and you know, or you're you know, you decide
to go out and just drive aimlessly, just using your
GPS and your phone. Yeah, I think you're going to
Los Angeles. You might end up in Reno or something
like that. Or it could be worse. Things could get
really squirrely. We really don't know, that's the thing. We don't.
(33:33):
It could be doomed. Odds are We're gonna be okay.
Some of the things that will be affected, though, A
magnetic pull shift and field weakening may have indirect but
significant effects on things like satellites, which rely on magnetic
field for protection and orientation. Now let's look at that.
(33:53):
Less satellites for one, earth magnetic field deflects solar and
constant gradation. Like I was just talking about, it's like
a shield and it shields satellites in low Earth orbit.
As the field weakens, satellites face higher risks of radiation damage,
particularly in regions like South Atlantic Anomaly where we were
just talking, where the field is already thirty percent weaker.
(34:18):
Now this area, the South Atlantic Anomaly has grown and
shifted slightly westward, increasing exposure for satellites passing over it.
Like starlink iss YadA YadA. Radiation can degrade solar panels,
disrupt electronics, and cause bit flips on onboard computers. For instance,
the Hubble Space Telescope has reported increased errors when passing
(34:38):
through this anomaly. So it's kind of a it's kind
of a bumpy zone on the dirt road of Earth. Now,
then they saw the thing called magnetic torquing, not twerking torquing.
Many satellites use Earth's magnetic field for attitude control, which
that's not you know, smacking somebody's the head because they
(35:00):
got a bad attitude. Magnet torkers or electromagnetic coils is
what I'm talking about now, A shifting field requires updated
models to maintain precise orientation, especially for things like cube
SATs or other small satellites with limited redundancy, which means
they don't have system on system on systems keeping them aligned.
(35:23):
Misalignments can reduce mission lifespan or data quality, as seen
in some weather satellites experiencing drift issues in the twenty tens.
That can make a really big difference. Constellation challenges, mega
constellations like starlink, which we all like starlink, Right, the
(35:45):
new thing is gonna make Earth obsolete, any kind of
our Earth, anything on Earth that basically has anything to
do with the Internet obsolete. I don't think so, but
it's a good and in Ham radio, really, Starlak has
become really popular because you can set it up anywhere.
(36:06):
You can set it up anywhere and run it anywhere,
so Ham radio operators love it anyways. A single geomagnetic storm,
exasperated by a already weakening field from the polar's poles
starting to shift and starting to flip, could knock out
dozens of satellites, hundreds of satellites, disrupting Internet navigation or
imaging services. The poll shift itself doesn't directly cause us,
(36:29):
but it contributes to regional field on predictability, which leads
to a weakening magnetic fields and leads to more of
the solar winds, solar you know, things from the junk
from space getting in here. Now, let's look at the
big one power grids and folks, you don't understand that
the past two years we've had some pretty big solar
(36:54):
storms hit and you have to understand that the care
You've heard me talk about the Carrington event on this
show several times. Carrington events, it's one of the doom
things that would that I like to talk about. We
haven't had a Carrington event since the Carrington event. It
was a an anomaly. It was a very very big
anomaly that really I don't know if we'll ever see
(37:17):
anything like that. But we do have different types of
electronics now though a lot of people say that if
we did have another Carrington event, all these little gizmos
and gadgets, your cell phones and anything like that that's exposed,
bye bye, it's gonna go bye bye. They're gone. Other
people say, we we do things differently with you know,
computers and electronics and everything, that it won't affect it
(37:40):
as badly. There Again, you're not going to know until
it happens, and then we'll figure it out. So let's
look at what happens with a power grid if we
have a weakening magnetic field because of polar shifts, because
of polar reversals, along with a geomagnetic storm. Let's look
(38:00):
at GICs ground induced currents. During solar storms, changes in
the magnetic field generate GICs ground induced currents that can
overload transformers and cause blackouts. The pull shift altars where
these currents are the strongest. Northern latitudes like Scandinavia and
Canada are traditionally at risk, but the north Poles drift
(38:21):
could expand vulnerable zones into Siberian parts of eastern Europe.
For example, a nineteen eighty nine storm blacked out Quebec
for nine hours. Similar events today could affect broader regions
due to field changes. You don't yeah, a natural EMP
that's exactly what it is, raptor chrono mass ejection and
(38:41):
causing electromagnetic problems. What you don't realize is a lot
of these bigger storms, these huge storms, they're siphoning off
a lot of voltage Because I don't know what the
formula is, but like for every one thousand feet of wire,
there's so many volts passing through it. You take that
thousand feet of wire and multiply it by a whole
big area. It's getting directly hit by a solar storm,
(39:02):
and they're literally siphoning off hundreds of thousands of wats
of power just to keep the system from overloading in
on itself. And if things were to shut down, something
were to go wrong, well, bye by black out. You're
gonna have a blackout for a while, by by electricity.
So anyways, infrastructure sensitivity, that's what I'm talking about here.
The modern grids with long transmission lines and interconnected systems
(39:23):
are more susceptible to GICs. Countries like Russia with vast
Siberian grids may face new risks as the auroral oval
shifts in the southern hemisphere, where slower pole movements limit change.
You're not going to have that big of a problem,
but Australia's coastal grids could see minor impacts during extreme storms. Now,
grid operators use geomagnetic forecasts all the time, but rapid
(39:47):
polar chefs complicate long term planning. Hardening transformers and deploying
GIC monitors are ongoing. They're doing them right now, but
they're very, very costly. Sweden and Canada lead in this field.
Other nations, the United States of America lag behind. Now
we have brought this, you know, scientists, doom scientists have
(40:10):
brought this up to Senate Congress. A lot they really have,
and what stops them from actually passing? You know, I know,
you know, billions and billions and billions of dollars have
been getting siphoned out of our government. We're getting we're
getting the facts on that now and it's disgusting. With
some of that money, they could harden the grid and
we wouldn't even have to worry about any of this stuff.
(40:32):
But we have to worry about this stuff because well,
you have things called people called lobbyists who say, you know,
power companies don't want to spend this kind of money
upgrading our electric system. And if you look around here
in good old Michigan, where we have power outages. Every
time a dog hikes its leg and takes a piss
on a telephone pole, we're out of power for a week.
(40:53):
Well then they're going to you know, our beloved governor
with their handout going, well, we're going to have more
money for the power. We gotta have more money. They
just ask for a rays in rates and they're going
right back and asking for another one. What do we
get out of it? I don't know. I know every
time the wind blows we go out without electricity for
(41:13):
a week. So yeah, imagine the time when we can
get rid of power lines exactly, Jeff, cause you imagine, yeah,
the copper and whatever fine metal recycling we could do.
I hope for that future, I really do. So let's
look at the ecological and biological effects animals. You know,
(41:37):
and you know the ecosystem around you. Migratory animals species
like birds, turtles, whales, they all use magnetic cues for navigation.
We'd already know that the North Pole's rapid drift could
disrupt migration patterns, especially in the Arctic. For instance, studies
on the loggerhead turtle shows sensitivity to field changes as
(41:58):
small as one to two percent. It affects them. Breeding
birds like the snow goose might face disorientation if the
declaration shifts outpace adapation. Data is limited, but lab experiments
suggest young animals are more affected than adults. Who rely
on memory and other cues. The polar ecosystem could be affected.
(42:20):
The auroral overshift could alter ionospheric condition, affecting atmospheric chemistry.
This might impact arctic and anarchic ecosystems indirectly, though evidence
is sparse. Most directly, weakened field regions could expose high
altitude species like migratory birds to more radiation, potentially affecting
reproductive or survival. Now, let's look at something I just
(42:50):
kind of did a deep dive down. We got about
ten minutes before we wrap this up. What about the
polar shifts effect on the climate. Now, the relationship between
magnetic pole shifts and climate change is kind of complex
and indirect, with no real definitive evidence that pole shifts
(43:12):
directly drive significant climate alterations on short time scales. However,
there are several mechanisms through which the ongoing magnetic field
change could interact with Earth's climate systems, primarily via effects
on atmospheric and oceanic processes, radiation exposure, and geomagnetic activity.
(43:33):
The reason that I'm going down this hole is because
when you kind of look at solar maximums and solar minimums,
some of our biggest solar maximums. Solar storms directly coincide
with some of the biggest tornado outbreaks we've ever had.
Now we just went through a week ago, some of
(43:55):
the biggest tornado outbreaks we've seen in quite some time
in the South Arkansas, Tennessee, Missouri, Texas, Mississippi. And we
are at a solar maximum where the Sun is throwing
an absolute tantrum, throwing solar radiation in our way. And
they the science of the debate is on, they try
(44:17):
not to really bring it out because it would muddle
the narrative. And I'm sure you know what narrative I'm
talking about. But if and I think it's a very
big if, if solar radiation, if the Sun affects the
weather here on Earth, which very well come because it's
you know, it's in our Hono sphirit, it's in our atmosphere,
(44:40):
it hits us, it hits us hard. Well, what is
that going to do to climate change science? Let's look
at that the magnetic field influences the upper atmosphere, the ionosphere,
and the stratosphere where auroral activity and solar particle in
actions occur. A shifting pole could subtly affect atmospheric chemistry
(45:07):
with possible climate implications, like ozone depletion. During geomagnetic storms,
high energy particles guided by magnetic fields can penetrate the stratosphere,
producing nitrogen oxides that deplete ozone. A weaker magnetic field
five percent decline per century and shifting auroral ovals due
(45:30):
to pole movement could enhance this effect in new regions.
For example, as North magnetic pole drifts towards Siberia increased
to uroral activity there might lead to localized ozone thitting.
Studies from two thousand and three Halloween solar storms showed
up to ten percent ozone loss in polar regions during
extreme events, though recovery was quick over decades. Repeated events
(45:52):
could amplify this, particularly in the artic gonacy. All this time,
you thought it was hair spray US eighties people. We
killed the ozone there, but it came back. That's right, Raptor.
This is the climate is never supposed to change. That's
(46:13):
why we have to sell our SUVs. Carrying on. Ozone
loss allows more ultraviolet radiation to reach the surface, potentially
altering tropospheric circulation patterns. Models suggest stratospheric ozone changes can
influence the jet stream, shifting storm tracks or temperature gradients.
(46:35):
For instance, articles on depletion might weaken the polar vortex,
leading to colder winters in parts of Eurasia. All pattern
observed in recent decades through primarily linked to other factors
like Arctic amplification. The polls shift contribution here as speculative
but plausible over long time skills, so it's not just
(46:57):
man made climate change. Could be witnessing polar shift climate
change carrying on. Siberia and northern Scandinavia can see more
ozone related effects as the auroral oval shifts eastward, potentially
increasing ub exposure for ecosystems and agriculture In the southern hemisphere.
(47:20):
The south pole slower drift limits its changes, but there
still could be some changes. An Erica's existing ozone hole
could be exasperated during solar maximum right now. A weakening
magnetic field increases cosmic ray penetration, which some hypothesis link
(47:42):
to cloud formation and climate. See, you're not going to
hear this on any other show. If you do, it's
going to be rare. It's definitely not going to be
CNN because they got to stick to the narrative won't
be a MISNBC. They got to stick to the narrative.
They all have to stick to the narrative that you know,
half the population has to go away, so you know
(48:03):
Earth can heal. So let's look at this cosmic ray hypothesis.
The sten smart hypothesis suggests cosmic rays ionized atmospheric particles,
promoting cloud condensation nuclei and increasing low altitude cloud cover.
(48:26):
A weaker field as seen now allows more galactic cosmic
rays to reach Earth, potentially enhancing this effect. Clouds reflects
sunlight cooling the planet, but their type and altitude matter
are low fatus cloud cools, while a high serious cloud worms.
Studies show a weak correlation, but the effect is small
(48:48):
compared to greenhouse gas forcing, but it is there. Pole
shifts don't directly amplify this, but regional field weakening because
of them could increase cosmic ray flux locally. We're talking
about climate impact here. If cosmic rays do boost cloud cover,
the cooling effect might be most noticeable in high latitude
(49:10):
regions where magnetic field is weakest near the poles. For example,
increased cloudiness over the Arctic Ocean could slow ice melt
by reflecting sunlight, but it could also trap heat, complicating predictions.
Data from the twenty tens show no clear global cloud
increase tied to field weakening, so this kind of remains theoretical,
(49:30):
but it is plausible. Let's look at ionosphere and atmospheric circulation.
We know that the magnetic pole shifts alter ionospheric currents
and auroral patterns, which could influence atmospheric dynamics i e. Weather.
Auroral activity driven by solar particles interacting with the magnetic
(49:53):
field heats the upper atmosphere as the north pole moves,
as heating shifts towards Siberia, potentially a acting regionable regional
atmospheric pressure systems. For instance, i atmosphere heating can perturb
the Arctic oscillation, a pressure pattern that govers winter weather
in the northern Hemisphere. A twenty twenty one study link
strong geomagnetic activity to temporary Arctic cooling events, though the
(50:17):
poles shift, the role of the poll shift is unclear.
Let's talk about jet stream effects, which right now we've
been experiencing a whole lot of jet stream effects. Last
week it was unseasonably cool. It's going to warm right
back up Now, changes in the upper atmosphere can cascade
to troposphere nudging the jet stream paths. The North Poles
(50:41):
drift might subtly destabilize the polar jet, leading to more
extreme weather swings. Now, see, we were told all along
that it's our fault that this is happening. Heat waves
in Europe are cold snaps in North America. However, these
patterns are primarily driven by Arctic warming and sea ice loss.
They gotta go there, but magnetic shifts are a contributor.
(51:06):
I could really go on and on and on with
all of this, but I won't bore you any longer.
Let's just suffice it to say the magnetic pole shifts
climate impacts are indirect and could be minor compared to
the anthropogenic drivers, which are US ollsone depletion, cosmic granduce clouds,
(51:28):
atospheric heating, and ocean atmosphere coupling are plausible mechanisms. They
have to be taken into consideration when we're talking about
global warming. Siberian oral shifts and Arctic weather disruptions over
the centuries are usually caused by a weaker field. Weaker
(51:53):
fields can amplify what's going on, so we're down to
the last few minutes of the show. Are we all
going to die? No, it could lead to it. You
(52:17):
may wake up tomorrow morning and the whole thing could shift.
We don't know. The Earth is very unstable, always has
been since the beginning of time. Odds are that you
will not be around to see the next magnetic polar
magnetic reversal where North Pole becomes South Pole, south Pole
(52:37):
becomes north Pole, even though we are way overdue for
the next polar reversal. So if you go down that
rabbit hole, go down to it more informed having listened
to this show. You don't have to buy three hundred
pounds of doom food to put in your doom shelter
(53:00):
her to last out the I don't know a thousand
years that it's gonna take for the Earth to settle
back down again. It's not gonna matter. He could wake
up tomorrow, Dad, That's exactly it. Raptor. So, yes, we're
we're expecting to get into our doom food. We're gonna
have to figure out what we're gonna have for doom
food so we can sell it on the KLR in store.
(53:22):
We do have a KLR in store. By the way
Kalen Radio Store. It's it's out there, we can we
can buy things from it. Thank you so much for
listening tonight. My name's Alan Ray. It's Sunday Night with
Alan Ray. I'm not I don't think I'm gonna do
a show next week. It's Easter week and I'm going
to be going across state. I am with two of
my three kids over there. My other kid I see
(53:44):
all the time. Anthony's on my show once in a while.
We know, we all know him, we all love him.
But the other two I don't see is often because
they're across state. I'm gonna spend time with them, which
means in law duties and whatever. So have a great
Easter celebrate. It's a great time to be alive. I
know there's a lot of people out there that want
(54:04):
you to believe that this world is just not going
to make it. But when you look at when you
look at social media for an hour and then you
go outside and look outside for an hour, it doesn't
add up. I was outside just about all day yesterday
(54:25):
and at no point in time, at no point in
time at all, did Donald Trump do anything that affected me.
Did Nancy Pelosi do anything that affected me? Did anybody
Elon Must? Elon Must did not stop by and help
me one time? So I burn my neighbor's tesla. No, really, honestly,
(54:49):
get out and touch grass, smell the fresh air. Spring
is here to beautiful times, a time of renewal. Enjoy it,
Lord Willing. I'll see you in two weeks with Stacy
and we'll be doing a playing in the dirt and
we're gonna have some fun because it's that time of year.
I am so ready to get out there and start
getting dirt under my fingernails, digging up the garden, getting
(55:11):
things going. I'm so glad that we are getting out
of the cold weather. Yeah, we're still gonna have a
couple of bouts, but I'm seeing it on the horizon.
And remember, folks, it is tornado season. So if you
want to buy your doom food, go ahead, put it
in your tornado shelter. Tornado snacks are good, you know,
when everything's getting blown down over your head, having some
doom food is good. Oh three inches yesterday, Jeff. We
(55:34):
had like an inch and a half a couple of
days ago, and it just really bummed me out, especially
after going and seeing that Jimmy Buffett tribute special that
my wife and I went to see last Saturday night. Yeah,
we were like, oh, we're all flowered shirts. I had
my pink flamingo shirt and we're all ready for summer.
And it just crapped on us all week last week.
(55:55):
God bless you. We're gonna talk about again soon. It
is Kailar and Radio. Keep it locked on KILR and
Radio right here live on x for some of the
best podcasts. We are America's podcast network and we'll talk
again soon. Peace Out.
Popular Podcasts
CrimeLess: Hillbilly Heist
It’s 1996 in rural North Carolina, and an oddball crew makes history when they pull off America’s third largest cash heist. But it’s all downhill from there. Join host Johnny Knoxville as he unspools a wild and woolly tale about a group of regular ‘ol folks who risked it all for a chance at a better life. CrimeLess: Hillbilly Heist answers the question: what would you do with 17.3 million dollars? The answer includes diamond rings, mansions, velvet Elvis paintings, plus a run for the border, murder-for-hire-plots, and FBI busts.
Crime Junkie
Does hearing about a true crime case always leave you scouring the internet for the truth behind the story? Dive into your next mystery with Crime Junkie. Every Monday, join your host Ashley Flowers as she unravels all the details of infamous and underreported true crime cases with her best friend Brit Prawat. From cold cases to missing persons and heroes in our community who seek justice, Crime Junkie is your destination for theories and stories you won’t hear anywhere else. Whether you're a seasoned true crime enthusiast or new to the genre, you'll find yourself on the edge of your seat awaiting a new episode every Monday. If you can never get enough true crime... Congratulations, you’ve found your people. Follow to join a community of Crime Junkies! Crime Junkie is presented by audiochuck Media Company.
Stuff You Should Know
If you've ever wanted to know about champagne, satanism, the Stonewall Uprising, chaos theory, LSD, El Nino, true crime and Rosa Parks, then look no further. Josh and Chuck have you covered.