Hello and welcome to the program UFO Warning.
In this episode, we're talking about Einstein was wrong.
That's correct, Einstein was wrong.
Specifically, we're talking about one of Einstein's theories
about light. I found this article over at
debrief.org. I think it's important because
it kind of goes to the heart of the matter of how we view the
world. It seems like with the help of
the government, a lot of people see life and how life works and
how things work on this planet and in the universe in general.
A very simplified terms, like I say with Newtonian physics, when
all the evidence points to the fact that how things actually
work are a lot more complicated and a lot more detailed.
And there's a lot of evidence suggesting that all the way from
our own government hiding high level physics relating Atomic
Energy to skunk works talking about how he had to hire in PhD
candidates and then teach them at a new level of physics.
It all goes to this idea of us being the serfs kind of at the
bottom of the pyramid, really being kept out of the loop.
And not just kept out of the loop of UFO disclosure, but
being kept out of the loop of this secret knowledge.
And a little bit of it I think is now seeping out, especially
with the general public having access to AI.
Even though a lot of the AI is flawed, it almost seems like
some of the stuff that's been around for a while is seeping
through the cracks. So back to this article.
It is a pretty detailed dense article.
So I just ran it through ChatGPT and said hey, rewrite this thing
at about a 6th grade reading level, something I can
understand and that we can get through the podcast with without
people falling asleep. While the articles written by
Christopher Plain. July 29th, 2025.
Einstein was wrong, says New MIT Experiment Scientists solve 100
year old mystery about light goes on and says in my
simplified terms here, scientists at the Massachusetts
Institute of Technology, MIT have solved a mystery about
light that has puzzled scientists for almost 100 years.
They did this by using a very advanced version of an old
science experiment called the double slit experiment.
Their findings show that light behaves both like a wave and a
particle, something that famous scientist Albert Einstein once
disagreed with. So see Einstein, of course, you
have to forgive him. This has been one almost 100
years ago, really wasn't able to see things as smart as he was
the way we can because he doesn't have what distance
between us. Einstein believed that you can
see both the wave and particle sides of light at the same time.
Another scientist Niels Bohr said that wasn't possible.
Now thanks to new technology the MIT team has was able to test
their ideas and show that bore was right and Einstein was
wrong. Goes on and says What is the
double slit experiment? The double slit experiment was
first done in 18 O1 by a man named Thomas Young.
He shined light through A2 tiny slits and looked at the pattern
it made on a screen behind them. The pattern looked like stripes,
which showed that light was acting like a wave.
Later, scientists discovered that when they tried to measure
which slit the light went through, the pattern
disappeared. Instead of waves, lights then
acted like tiny particles. This meant that light has a dual
nature. It can be both a wave and a
particle, but not at the same time.
Now then, we come up to Einstein versus Bohr.
In 1927. Einstein had an idea.
He thought that when a light particle called a photon pass
through one of the slits, it would give a small push to the
slit, like a bird brushing a tree branch as it flies by.
If we could measure that tiny push, Einstein believed we could
see both the particle and wave behavior at once.
But Board disagreed. He said that even trying to make
sure which select the photon went through would ruin the wave
pattern. Back then, they didn't have the
tools to test who was right, so the argument was never settled
until now. To test this idea, the MIT team
used more than 10,000 atoms cooled down to almost absolute
zero. They used lasers to hold these
atoms in place in a pattern that acted like a bunch of tiny
slits. Then they shined very weak light
through the setup and watched what happened when photons hit
the atoms. They adjusted the lasers to make
the atoms more or less fuzzy in their position, kind of like
loosening a or tightening a spring.
This was similar to what Einstein has suggested with very
sensitive springs. Once they had everything set up
just right, the team ran their equipment.
The team ran their experiment. What they found was that they
could see the light acting like a wave or a particle, but never
both at the same time, just like Board said.
Now what does this mean? One of the researchers, Vitaliy
Feliciv, explained that Einstein's idea about the
springs didn't really matter. What mattered was how fuzzy or
uncertain the atoms positions were.
The team said that this proves that the strange rules of
quantum physics, or tiny things like photons behave in unusual
ways are correct. The lead scientist, professor at
Wolfgang Kerrell, said the experiment was something even
Einstein and Borer probably never thought would be possible.
Their study, titled Coherent and Incoherent light Scattered by
single atom Wave packets was suggested, was published in a
Science Journal called the Physical Review Letters.
So when we're talking about UFOs, this is something to keep
in mind, the strange behavior of light or whatever else that kind
of material we're talking about. That goes on when we apply
quantum physics. This concept of hidden
knowledge, whether it's with the slit experiment, the nature of
light, whether it's in packets or particles, how just the
average person doesn't have a grasp on this.
Even at a basic level, I think it's important to keep in mind
when people try to debunk what we're seeing out there.
Something as basic as photosynthesis, most people
don't understand. Most people will tell you that,
well, they have a very Newtonian perception of how photosynthesis
works. They think that the light
particles rain down from heaven, from the, you know, from the
atmosphere, from the sun. They land on the lease of the
plants, and the plant carries these to whatever place it needs
to go to, and it creates energy. Well, it's not quite that
simple, actually. Photosynthesis employs quantum
physics and without it we wouldn't have any plants on
earth. Now once again, we'll go back to
chat ChatGPT and ask them what is photosynthesis and explain to
me how photosynthesis uses quantum physics.
Photosynthesis, that tells us, is how plants make their own
food. They use sunlight, water and
carbon dioxide from the air to make sugar, food and oxygen,
which we breathe. This happens mostly in the green
parts of the plant, especially in the lease.
But here's something really cool.
Quantum physics, the science of really, really tiny things,
makes photosynthesis super fast and super smart.
When sunlight hits a leaf, tiny packets of energy called
photons, which are little pieces of light, are captured by the
plant. These photons give energy to
special molecules inside the plant called chlorophyll.
Now the plant has to move that energy to a special place where
it can use it to make sugar. The energy has to travel through
a kind of maze inside the plant cell.
You might think it just takes a random path and bumps around
until it gets here, but it doesn't.
That's where quantum physics comes in.
Because you see, if it just took a random path and bumped around
till it got there, it would use more energy than it produces.
It wouldn't be efficient, so it has to use quantum physics to do
this. Now the quantum trick being the
two places at once. What?
Yes, that's correct. Even plant life depends on
something being at two places at once.
In the quantum world, tiny particles like energy can do
amazing things. One of those things is called
superposition. This means that Energy can
explore all paths at the same time, not just one.
Now imagine that. Imagine that you could go in and
buy a Powerball ticket, spend $1.00 and come up with every
possible combination. That'd be great, wouldn't it?
It's like the Energy is testing out every possible way it could
travel through the plants maze at once, and then it chooses the
fastest path. That's way better than just
bouncing around randomly. It helps the plant make food
quickly and efficiently. Now why does this matter?
Thanks to quantum physics, plants don't waste time or
energy. They make food fast and that
helps them go strong. This also gives us oxygen to
breathe and food to eat. Since plants are the base of
almost every food chain, scientists are studying how
plants do this. So we might use the same trick
to make better solar panels and clean energy.
In short, plants use sunlight. They make food energy from light
travels through the plant using quantum physics.
Quantum physics helps energy find the best path really fast
course. By best they mean the most
efficient. This makes photosynthesis super
efficient like nature's best power tool.
I think think about that. We just talked about how plants
use quantum physics to produce their life giving sugar
molecules that they have to have, not Newtonian physics.
So this knowledge has been I think possessed with this first
slit experience happened in 18 O one or whatever.
Think about how long the people at the top of the pyramid have
known all this stuff. And I would I would venture a
guess if probably kids in school still aren't being taught how
quantum physics is actually key to photosynthesis.
Most people don't understand it. Most people, if you talk to you
right, can't explain to you that photosynthesis depends upon
these particles of sunlight being at two places at the same
time. So that every, every little
photon that hits that leaf has to go through all possible
combinations till it finds the most efficient one.
And then as if it as if it's time travelling or something,
suddenly the most efficient path is the one that's there.
It appears that works. And all these other trial runs
is as if they never happened. I think this is just beyond the
the scope of most people. Now what if these UFOs are
employing the same kind of technology?
I mean they wouldn't even have to be from another place.
It could be from another dimension.
And I think this answers a lot of questions when these
debunkers want to chime in about, well, this isn't right or
that isn't right. So the next time that we come
across some news article or some headline about these UF OS and
the debunkers with experts trot out their theories, just
remember, put that in the context of just a how quantum
physics work. At least just a little bit of
what we know about how quantum physics works, about how things
can be in two places at one time, about how they seem to
time travel. And we've talked about the
double slit experiment. We've talked about, you know,
why that's important. That kind of gives us this idea
of the nature of light or just not being understand it.
We've talked about the photosynthesis and how it
employs quantum physics, just basically time travel because
you have two things and two places at the same time.
Quantum physics for photosynthesis, it's it's going
on around us every day. And now let's take a look at
just this one last phenomena that people associate with
quantum physics and something also that's so important, I
think to the study of these UF OS because I talk about it all
the time about observer effect. Now if we go back to ChatGPT and
ask it, what is the observer effect?
Well, in quantum physics, the science of really, really tiny
things like atoms and particles, there's a strange rule called
the observer effect. It means that just watching or
measuring something tiny can change what it does.
Sounds weird, right? Well, let's break it down.
I would add here that it doesn't have to be just tiny because we
see the same thing happening when people often times reach in
the pocket and take out a phone or even just look up at a UFO.
Often times he sings seem to be changing their behavior.
It says a tiny roll of strange rules and our everyday world.
If you watch a soccer game, the players still run around the
same way whether you're watching or not.
But in the quantum world, things don't always act that way.
Particles like electrons or photons, tiny bits of light can
act like particles or waves when they're left alone.
They can even be in many places at once.
This is called superposition. Here's the strange part.
When you try to observe or measure one of these tiny
particles to see where it is or what it's doing, it suddenly
picks one spot or behavior. It's like the act of watching
forces it to decide. Imagine you're playing hide and
seek with a magical cat that can be in many places at the same
time, but the second you peek, the cat instantly chooses just
one spot and freezes there. That's kind of like the observer
effect. That might explain why some of
these people seem to attract these UFOs.
Why does this happen? Well, it says to observe a tiny
particle, scientists usually have to shine light or use tools
that interact with it. But those tools aren't
invisible. They actually bump into the
particle. That little bump changes what
the particle is doing, just like how poking a bubble might pop it
or make it move. So it's not that your eyes are
magic, it's that measuring something tiny changes it
because the act of measuring involves energy or force.
Tiny particles can be in many places or states at once.
When we try to watch or measure them, they choose one state.
That's called the observer effect.
It happens because observing involves energy and distributes
A particle. This idea is part of why quantum
physics seems so mysterious. It's also connected to famous
thought experiments like Shredder's cat, where cat is
both alive and dead. Until someone checks.
Yeah, this whole idea of these things being in this a natural
third state, weird stuff, I'll tell you, and very deep stuff.
And so the more you think about how quantum physics works and
how so many of these UFO sightings seem to employ quantum
physics, the less sense it makes when the debunkers come along
and try to tell you that, well, what you saw was a weather
weather balloon or a Chinese Lantern or a Russian spy drone.
A lot of really cool stuff there.
Hope you enjoyed the day's segment.
It was a little bit different, but I think it's good sometimes
to lay the groundwork about how things work in nature and how
that might be affecting what we're actually seeing in the
skies above us and why that matters.
Until next time, this is UFO warning over and out.