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@ScienceUnlocked-y8b Says:
i love physics
@ChasingTheDreamx Says:
If you remove the M from mass, you get ASS, or Mass - M = ASS
@NoWayJose85 Says:
He got focked
@TheFringless Says:
29:41 Spirit of the Law music, I must play some aoe2 now
@quokka_11 Says:
✌Just ignore negative energy, man. ✌
@terrimykland1621 Says:
We all know opposites attract, but your comment, "...there is one particle-antiparticle pair that didn't annihilate." deserves a Nobel for obscure physics humor! 😁👍👍👍
@Lex_Populus Says:
The whole thing is like: There are 3 people in one room. 5 go out. How many people have to go back into the room so that the room is empty.
Tip: don't use pure Math (QM, GR and String) as a substitute for an ontological explanation of the world.
@photonicsquirrel Says:
we've observed something called negative temperature
it's happening in atoms
negative temperature is more than absolute zero
this thing is real, and it has been observed
in this is inside black holes
then black holes could have had theoretically something like an
outward pushing force
since this negative temperature could actually do this
@walied9630 Says:
Wow, what a fantastic view. Never seen anyone explaining this complex topic in such a simple way. This video is beautiful.
@dara9075 Says:
i dont really understand physics but i like history
@sherisheikh8535 Says:
9:50 i always love when there is smth german and I am able to read it 🤭
@alikaperdue Says:
The universe isn't full of matter, IMO, matter is sparse. Earth is a small nugget in vast space.
@DavidRose-m8s Says:
From an ordinary mortal is this why in the double slit experiment the position, and state of the photon can not be known at the time, and position of the boundary crossing?
@ШарифМахмадалиев-п8ъ Says:
hi. Please make one video on the topic. "what is a derivative? in mathematics and physics"
@ChrisWawia Says:
True antimatter would need negative mass. I suspect what we know as antimatter is just regular matter with its causality reversed (-c^2) which still results in positive movement through time. Though I think if we brought said antimatter closer to 0 kelvin it would destabilize the antiparticle enough for it to release energy.
@pradeepsingh-hi4ix Says:
This is how you make the complex things interesting . Every professor should learn to present like this 🫡
@halftrueuniverseofficial Says:
One of the deepest unsolved problems in physics has nothing to do with black holes or dark matter. It sits right at the foundation of the theory that underpins almost all of modern science.
It is called the measurement problem.
Quantum mechanics tells us that a particle can exist in a superposition, spread across multiple states at once. The mathematics captures this beautifully and predicts experimental outcomes with stunning precision. But the moment we observe the particle, we always find it in just one definite state.
Here is the trouble: the theory offers no satisfying explanation for why that happens. The Schrödinger equation describes how quantum systems evolve smoothly and deterministically over time, yet measurement seems to interrupt all of that and force a single outcome. Two logically separate processes live inside the same framework with no clear account of how one gives way to the other.
Physicists have wrestled with this for nearly a century. Interpretations such as Copenhagen, Many-Worlds, Pilot Wave and QBism each try to resolve the tension in their own way, and none has won the argument. The debate is very much alive.
What makes this so striking is that quantum mechanics genuinely works. It is the most precisely tested theory in all of science. Yet at its very core sits a question we still cannot answer: what is a measurement, and what does it do to the world?
Good science does not always mean having a clean answer ready. Sometimes it means sitting with a hard question long enough to take it seriously. The measurement problem deserves exactly that.
@Iceflkn Says:
Fock got, Focked!
@MangalisoGambu Says:
You are really enlightening Us.
@TheCaveOFGreen Says:
The anti-universe is both intruiging and disturbing all at the same time
@DavidHernandez-id8bv Says:
Where is this second video, bro?
@veritasium
@WilliamW2010 Says:
32:47
Just a bit of matter got lucky?
@kunalshikhar2861 Says:
I think colleges should teach the history behind the concepts like this then it will be hella better to study these absurd concepts, understood things better than my semester course on quantum physics.
@JackWoodyard Says:
Excellent!
@RahulSingh-zw6tv Says:
Wow, keep coming with stories like these. Physics people don't get bored. They love it.
@WillOfThought Says:
Negative Energy feels WAYYY easier to accept than Negative Probabilities
@worm873 Says:
The thing I love about theoretical physics is that every time a physicist figures something out because of math, the response is always "there is no way that's real. That's an affront to the nature of god". and then it ends being true and in fact not an affront to nature.
@yelyab1 Says:
I’m 78 with a BSME and over 35 years in engineering, mostly applied analytical. First explanation of the use of matrix algebra I learned in grade 11 at age 16. I waited 67 years for the answer. Talk about intellectual patience.
@cvanhetkaar96 Says:
Energy can only go negative when Mass goes negative, so how would you let Mass go negative ?
@X1000Binary Says:
Famous 999 problem. We created great Movies and Books from that. Science wants the Last Words. 😅
@YASMINE_KILLS Says:
E = E...
@brankajovanovic9363 Says:
Thank you
@trebledog Says:
The equation got really Focked up
@Manas-d1x Says:
dirac was kinda awesome its my job to make sure hes not forgotten
@AkeGir Says:
Loved the content, keep it coming!
@Antebios Says:
My 🧠 == 🤯
@MlNOOOOR Says:
Bro, it's like the law of squares, and looks like anti gravity. holy
@rogerjames-r5d Says:
Bull sh*t. Energy can't be negative. The math is just description, not creative and may not always apply.
@kevinrothschild6091 Says:
great amazing video ! great job !
@rogerahier4750 Says:
Energy doesn't go negative. The direction of it goes negative for bookkeeping.
@arminrazzaghi2297 Says:
7:18 fock’s reaction: fock!
@batmandeltaforce Says:
There is no such thing as negative energy. This points out a problem with math. You can make math fit anything you want... except big bang:) There is no negative energy just like there ca not possibly be "nothing"
@williamhunterknight6135 Says:
Sorry, too many equations
@94joli Says:
I don’t think matter won out over antimatter. I feel there is an antimatter universe living alongside our matter universe. Can’t you guys figure out how an antimatter universe could coexist with a matter universe?
@NettyBall-q6z Says:
i wonder how spacetime disturbs stuff at the smallest level
@olivermorgan-jc9ef Says:
Did I understand any of this no did I watch it all yeah
@shubhamsagarsingh9451 Says:
I hate the fact that I understand the mathematics involved here partially. Had I not understood it at all, it would be less uncomfortable
@dixonstroi Says:
7:20 Excellent
@racemiiklutch4246 Says:
Ok fine he's smart but in them time where did he lean to read symbols numeral number and letters. Hint Spain are the very first University School to build and that's close to Morocco
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