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December 1, 2025 • 9 mins
Cristina Gomez discusses the latest findings on interstellar object 3I/ATLAS, including Dr. Avi Loeb's new theory that its jets are pulsating like a heartbeat every 16 hours, the mysterious data changes on NASA's JPL website after the Hill radius coincidence was discovered, and why hundreds of telescopes worldwide are now tracking this object as it heads toward Jupiter.

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00:00 - 3I/ATLAS Pulsating Like A Heartbeat
00:45 - The Jupiter 3I/ATLAS Trajectory
01:55 - JPL Changed The 3I/ATLAS Data
03:28 - The Perpendicular Object
04:19 - 3I/ATLAS Pulsating Jets
05:31 - 3I/ATLAS Natural Or Technological?
07:00 - What The Data Could Reveal


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Transcript

Episode Transcript

Available transcripts are automatically generated. Complete accuracy is not guaranteed.
Speaker 1 (00:00):
New images of three i at lists show jets pulsating
every sixteen hours like a heartbeat, and according to doctor
Avi Lobe, that pattern might not be coming from where
scientists assumed it was. As always, I'm here to report
the information without bias, and you can decide what to believe.
You can find the sources in my detailed articles at
ufone news dot com, along with in the description box below. Hey,

(00:22):
follow yours. I'm Christina Gomez and welcome to this episode
of ufone News Updates. In the latest article published by
doctor Avi Lobe, he is asking a big question, are
the jets from three i AT lists pulsating like a heartbeat?
Before we get into that, we need to discuss what
Avi Lobe calls one of the most significant anomalies yet.
Here's what he said in a recent interview with Debsonian Power.

Speaker 2 (00:45):
Well, the lagrange points there are the points where there
is perfect balance between the gravity of the Sun and
the gravity of Jupiter. And you know around the Earth
we have the lagrange points L one and L two
where we usually place instruments because there is very little

(01:06):
course correction or fuel requirement to keep device in those points.
And so when the same is true about Jupiter, the
lagrange point points would be a very good place to
put them some devices.

Speaker 1 (01:22):
For those unfamiliar, the hill radius is the boundary where
a planet's gravity dominates over the Sun's gravity. According to
doctor Lobe's calculations published on Medium, three I Atlysses on
the course to arrive at Jupiter at precisely this distance.
If you want to deploy satellites or probes around Jupiter
that could remain in stable orbits, the lagrange points at

(01:45):
the hill radius are exactly where we need to put them.
These are locations where orbital connections and fuel requirements are minimal.

Speaker 2 (01:53):
Now I found that, just by chance that this is
to four significant digits, a perfect match between the Perry
Jove the distance of closest approach of Jupiter, and the
hill radius, and I wrote about it an essay on
medium dot com, and then I also sent them the

(02:15):
link to that essay to the Vida Fornacio, who is
updating the data set of JPL and NASA's website on
three A atlas, and I pointed out to him, look,
this is an amazing coincidence thanks to the numbers that
you have on the JPL horizons website, and he did

(02:38):
not respond, and two days later the numbers in the
website were changed.

Speaker 1 (02:45):
After low pointed out the hell radius coincidence. The numbers
on NASA's JPL website were changed in two major ways. First,
a key measurement called A one, which tracks how much
the object speeds up or slows down from forces other
than gravity, was reduced to almost one tenth of what
it was before. Second, they switch the formula they used

(03:05):
to predict how the object behaves as it gets closer
to or farther from the Sun, going from a model
based on water ice to one based on carbon dioxide,
which behaves very differently.

Speaker 2 (03:19):
I found it really peculiar that as soon as I
alerted the JPL horizons for the coincidence, the numbers were revised.

Speaker 1 (03:28):
Lowe was also asked about a second object that has
caught his attention, r Too Swan, which he believes could
be on the borderline of being an interstellar object as well.
And what makes us interesting is how this relates to
three iyelids.

Speaker 2 (03:42):
The other major difference is that it's almost perpendicular to
the ecliptic plane, so it goes in a completely different
plane or with our plane than three aye atlas, and
perhaps there is a reason for having two planes being
permeticular to each other's definitely worth monitoring and checking if
there are any additional anrmalities associated with you.

Speaker 1 (04:05):
Think about that for a moment. We have three eyeatlats
traveling along the ecliptic plane where all other planets orbit,
and these objects being perpendicular from each other can be
seen as a pincer maneuver, which is a very common
military tactics. And let's go back to the latest findings
about those pulsating jets. When three i at lists was
first detected on July first of this year, ashronomers noticed

(04:27):
its light wasn't steady, it was pulsating. With the period
of sixteen point sixteen hours, the brightness was shifting by
tens of percent with each cycle. Initially, researchers assumed this
was caused by the nucleus of the objects spinning, and
they thought we were seeing an elongated body tumbling through space.
But Aviy Lobe sends that explanation doesn't work. Based on

(04:50):
the Hubble Space telescope images from July twenty first, most
of the light that we see from three iye Atlis
is not coming from the solid nucleus. It is coming
from the coma, which which just the glowing halo of
gas and dust surrounding it. As noted in a study
published in Astronomy and Astrophysics back in August, the nucleus
might be as small as two point eight kilometers. If

(05:11):
that's true, the nucleus reflects less than one percent of
the total light at certain wavelengths. Low proposes a different explanation.
The pulsating light is not coming from the nucleus rotating,
but it's coming from the jets themselves pulsating periodically, pumping
material into the coma like a heartbeat. So let me

(05:32):
ask you this, Is it just a coincidence that this
object is headed to the exact location where it would
be most efficient to release something near Jupiter. Let me
know your thoughts in the comments.

Speaker 2 (05:43):
If you have a situation with technological device that you
would expect more than one, and very often one is
used for distracting attention from the other one. Yes, this
happens quite a lot. We should keep our eyes open
and get as much data on this one as well,

(06:03):
I think.

Speaker 1 (06:04):
For insights from the International Asteroid Warning Network website. We
will have much better data soon. This network has launched
a campaign running from November twenty seventh through January twenty seventh.
Of twenty twenty six, hundreds of telescopes around the world
will be observing three Eye Atlas. So what does this
pulsating heartbeat pattern actually tell us? Lope outlines two scenarios

(06:28):
in this new article. If three Eye Atlas is a
natural commet, the pulsating could come from a large pocket
of ice on one side of the nucleus. Each time
that ice pocket faces the Sun, it sublimates and creates
a jets. The coma gets pumped up like a heartbeat
every sixteen point sixteen hours. But here is the key point.

(06:49):
If the object is natural, those jets would point in
the direction of the Sun because that is what causes
the ice to sublimate. For a technological object, the direction
would be arbitrary. It would not need to align with
the Sun at all. The next few weeks will be
critical for collecting more data on this object.

Speaker 2 (07:08):
Three Outlass. We get closest to Earth on December nineteenth,
so I'm really hoping we will get a lot of
data and the twenty seventh of January and there will
be hundreds of telescopes around the globe looking at three outlass.
So hopefully we'll learn much more about it from this
data and the upcoming month should be quite exciting.

Speaker 1 (07:28):
Then, on March sixteenth, up next year, it will pass
Jupiter at precisely the hill radius distance NASA's do you
know spacecraft will be searching for low frequency radio signals
during that encounter, which in itself is a big deal.
What do you think explains the heartbeat pattern in the jets?
Is it natural ice pockets or could there be another explanation?

(07:49):
Leave your thoughts in the comments. I'm Christina Gomez and
that is it for today. I will see you again
tomorrow at ten AMPST for another UFO news update. Be
safe and remember keep your eyes on the skies. If

(09:20):
you enjoyed today's show, hit that life button and if
you're not subscribed, what are you waiting for? Get the
notification bell? As I do. Daily UFO news and updates,
rashyap stories, government disclosures, and breaking developments land here every
single day.
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