Quantum fluctuations

[Eztoez]

This is the best explanation of virtual fluctuations. As soon as you used energy and time in the Uncertainty Principle a whole bunch of QM clicked into place for me. Thank you

[AurelienCarnoy]

5:44 if a virtual particle falls into a black hole it becomes a real particle in the black hole. Where does it takes it's energy from? From the virtual particle outside the black hole.
It has to work both way.
So actually we are seeing how gravity generates matter.

[FrstWorldNomaD]

Excellent breakdown.
I tried to explain this to a friend.
Not being an actual physicist or mathematician by trade but more of a hobby, I was successful in explaining this is a thing but failed to explain exactly why.
This clip helped *alot*

[shartbearer]

Virtual particles do be vibin' tho

[shikshamrit]

video was amazing, try changing the thumbnail, that would help you earn way more views..

[peteriscaune]

I have a question. If the mass of the Black hole is concetrated at the singularity, how does the mass of the virtual particle appears outside the event horizon? And if the particle appear in pairs, isnt the chance of an antimater virtual particle falling into the black hole is equal to the chance of a regular matter particle falling into the Black hole?

[cobalius]

I had a thought about all that. The uncertainty principle states, that a particle can't be exactly at one place.. so we have a refined atom model with orbits instead of layers.

Since particles spontanious disappear an re-appear.. i assume that they interact with all their past and future possibilities in order to create those quantum fuluctuations, whereby the future creates the matter and the past creates the antimatter.

I further assume, that black holes and white wholes are a thing so that matter doesn't just disappear but actually change dimensions in order to fulfill the uncertainty principle (because there can't be a singularity for matter).

Some of the matter even travels back in time through higher dimensions in order to spontaniously re-appear in it's then future, but actually in it's very present to create the virtual pair.

I may be loose in reasoning here, but i see images of how that could work out.. maybe i'm just hungry

[june]

Consider vacuum fluctuations and the Casimir effect. Notice the force between the plates. This force can do work and thus there is energy. We also know that E=MC^2. Where did this energy come from? This energy came from the fact that in a certain region of space the amount of vacuum fluctuations decreased.

This of course occurs when anything occupies a region of space. In that region of space, the number of vacuum fluctuations decreases. Thus we may conclude that I have discovered that the rest mass of an object is due to the space of that object that now has a reduced region of vacuum fluctuations.

[sherrysyed]

Thanks! Very helpful and you broke it down and made it understandable for a layperson!

[leostepman]

This video helped me with my paper, so thank you so much for explaining quantum fluctuations!

[Hanoszka]

Mind blown. You're great at explaining. I agree, please change your profile photo to represent the visual style of your videos

[rigilkentaurus]

THIS IS LIKE 'STATED CLEARLY' CHANNEL WHICH EXPLAINS ABOUT EVOLUTIONARY BIOLOGY IN A SIMPLE YET PROFOUND WAY, BUT THIS ONE IS PHYSICS'S.. I LOVE IT

[Giraf]

amazing how easy it is to make energy, space and time in this fantasy world :D

[seongcheolchoi]

Thanks a lot!! This is exactly what I have been looking for. This is the best video describing quantum field fluctuation.

[EternityUnknown]

I had a debate about the beggining of the universe with someone. He argued that the set mass of the universe came from quantum fluctuations. I disagreed because the only way the virtual particles can separate is through a black hole which cannot exist without mass. What do you guys think?

[marlonbrade]

But from the hamiltonian operator in QFT (no normal-ordering yet), that vacuum energy is infinite. The fact that it is infinite is what confuses to each and everyone.

[trappist-e]

5:42 does this have anything to do with the Higgs Boson particle, further alluding that the universe was formed from a prior black hole?

[amoeb]

What I find interesting about the Casimir Effect is that that tiny energy required to push the two plates together basically comes from thin air, or vacuum in this case (pun intended 😅)...
Wouldn't this violate the laws of thermodynamics? Surplus energy appears in a closed system?

[ahmedkadim]

i dont understand, how can you just say "oh there are points in a vacuum" like what the hell, why is this so hard

[cosmoscarl]

The question is are we wrong to assume that virtual particles aren't real particles. How can you have something with polarity, frequency and spin and say it isn't real? It sounds like the quantum fluctuations are being minimalized because the implications may destroy popular theories. How can we discount something that seems to be fundamental and probably exists everywhere, not just in a vacuum?