New findings suggest that biodiversity loss weakens global disease resilience

Episode Transcript

Speaker 1 (00:00):
The metal sample analyzed by Oakridge National Laboratory o r
NL is a magnesium alloy containing zinc, bismuth, and other elements.
The metal fragment is believed to be part of an
Unidentified Anomalous Phenomenon UAP that fell to Earth in the

(00:20):
late nineteen forties, associated with the famous Roswell incident. While
the Roswell UAP may have been just a US Air
Force balloon, many still speculate that extraterrestrials visited Earth. The
fragment was later handed over to the Stars, a UFO
research organization. In twenty nineteen, a spokesperson told The New

(00:45):
York Times that To the Stars had exotic materials from
UFOs which they believed originated from the Roswell event. If
proven to be part of extraterrestrial technology, this sample could
rewrite history. In twenty twenty two, the US government's All
Domain Anomaly Resolution Office RO, which investigates UAPs, requested OURNL

(01:12):
to analyze the sample. The analysis results were recently released,
as reported by IFL Science on September eighteen. The sample
is a magnesium alloy. While it primarily contains magnesium and zinc,
it also includes bismuth, lead, and other elements. According to

(01:32):
some UFO theorists, this material has extraordinary properties, such as
functioning as a terra Hertz waveguide, potentially contributing to anti
gravity capabilities. Waveguides are metal structures that transmit electromagnetic waves.
A common example is a microwave oven, which uses a

(01:53):
magnetron to direct waves into the cavity heating food. UFO
theorists believe that if this material was scaled up, it
could form a terra hertz waveguide capable of levitating objects.
O RNL concluded that this sample originates from Earth and
does not meet the theoretical requirements to function as a

(02:16):
terror Hertz waveguide. O RNL stated in its report this
conclusion is based on an evaluation of the material's structural
and elemental characteristics. For the material to be a waveguide,
it would need a single pure bismuth layer sandwiched between
magnesium alloy layers. This arrangement would allow bismuth to carry

(02:39):
terror Hertz waves. However, the metal sample was not structured
in this way. The bismuth was not pure enough, and
there were multiple layers of bismuth between the magnesium. The
physical properties of the sample align with materials of terrestrial origin.
According to RNL, if the material had a re genated

(03:00):
from another planet, it would have different isotopic ratios. However,
the analysis showed that the magnesium and lead isotopic ratios
were consistent with those found on Earth. Considering all the
available evidence, ARROW assesses that the sample is likely a
test material, a manufactured product, by product, or a component

(03:25):
from aerospace performance studies evaluating the properties of magnesium alloys.
ORNL concluded