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How QED Unites Relativity, Quantum Mechanics & Electromagnetism | Quantum Electrodynamics

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  • čas přidán 15. 08. 2024

Komentáře • 826

  • @ArvinAsh
    @ArvinAsh  Před 3 lety +164

    I see that there are a lot of questions about virtual photons. Sorry, I did not spend more time on this. Here are a few points that might answer some of your questions:
    1) In the Feynman diagram showing the interaction of two electrons with a photon exchange in between - this is a virtual photon. It is important to remember that these are not real photons. They cannot actually be detected. They exist only as the force carrier between charged particles. They allow QED quantization in terms of field excitations.
    2) In the Feynman diagram showing electron-positron annihilation, this is a real photon. It can be measured.
    3) Regarding the question of how charged particles "know" another charged particle exists, particles have no awareness. The quantum field around charged particles changes such that if they have dissimilar charges, a lower energy state is created in the space between the charges - so the particles move there. Conversely, a higher energy state is created in the the space between similarly charged particles, so the charges move away from each other. I made a video here which may help: czcams.com/video/xZqID1zSm0k/video.html
    4) Regarding why the charges exchange photons or what exactly a charge is -- no one knows. It is possible that a future TOE may provide these answers.

    • @michealmyles269
      @michealmyles269 Před 3 lety +3

      Thanks dad!

    • @voges1001
      @voges1001 Před 3 lety +1

      Thanks this helps a lot. Do we know the mechanism for creating that energy state between the charged particles? Are we able to measure the energy state between the particles experimentally?

    • @Capnmax
      @Capnmax Před 3 lety +1

      I thought my head hurt after watching the video.

    • @user-wu8yq1rb9t
      @user-wu8yq1rb9t Před 3 lety

      Thank you

    • @MrBollocks10
      @MrBollocks10 Před 3 lety

      @@michealmyles269 Is that Russian for Manc?

  • @physicslover1950
    @physicslover1950 Před 3 lety +213

    Dirac was a genius. He predicted antimatter so accurately. 💚💚💚 in the same way as Einstein predicted gravitational lensing, gravitational redshift and gravitational waves 💚💚

    • @rc5989
      @rc5989 Před 3 lety +10

      Yes a genius among geniuses.

    • @ArvinAsh
      @ArvinAsh  Před 3 lety +75

      Yep, I would rank Dirac among the 5 greatest physicists of all time.

    • @tapferetomate914
      @tapferetomate914 Před 3 lety +5

      He actually claimed it was the proton, as no positron was known, only in hindsight did he make the connection, that is
      after the discovery of the positron.

    • @user-vt5ik1xi7l
      @user-vt5ik1xi7l Před 3 lety +2

      @@ArvinAsh In my list, you are the best physicist of 21st century till now!

    • @tdhanasekaran3536
      @tdhanasekaran3536 Před 3 lety +3

      @@ArvinAsh But he along with his big head physics colleagues gave a very tough time to Feynman when he proposed his ideas.

  • @BertoldSzekeres
    @BertoldSzekeres Před 3 lety +135

    Arvin Ash: I cannot tell anything with absolute certainty.
    QFT: Exactly.

    • @granatengeorg
      @granatengeorg Před 3 lety +1

      @Brandy Wasay bruh

    • @osufan8278
      @osufan8278 Před 3 lety +2

      @Brandy Wasay wrong relative to what?

    • @themarchoftime3691
      @themarchoftime3691 Před 3 lety +1

      @Brandy Wasay What Do You mean By Wrong?

    • @ScienceMessiah
      @ScienceMessiah Před 3 lety

      @@osufan8278 To itself.

    • @ScienceMessiah
      @ScienceMessiah Před 3 lety

      Does “Sergey” originate from ser (spanish “to be”) and “gay”?
      Turquoise GoluBoy wagon? ;-)

  • @iron7686
    @iron7686 Před 3 lety +158

    Wow, it’s awesome to see complicated ideas explained so simply

    • @tdhanasekaran3536
      @tdhanasekaran3536 Před 3 lety +11

      This is something very hard to find in science especially Physics but Arvin is an exception just like QED expert the late professor and Nobel laureate Professor Richard Feynman who is also known as the great explainer.

    • @alexwestby4533
      @alexwestby4533 Před 3 lety +1

      Very true !

  • @theultimatereductionist7592

    Please DO NOT SKIP over the explanation of turning a Feynman diagram into a math equation!
    That is the part we all desperately need to hear, because nobody does that!
    There exist hundreds of videos already showing how to write out a Feynman diagram,
    but NONE explaining how that becomes math.

    • @felicityc
      @felicityc Před 3 lety

      I can quote Feynman:
      "The physicist has meaning to all the phrases and there's a very important thing that a lot of people who study physics, but don't come from mathematics don't appreciate: That physics is not mathematics and mathematics is not physics. One helps the other.But, you have to have some understanding of the connection of the words with the real world. If necessary, to at the end translate what you figured out into English, into the world of blocks of copper and glass that you're going to do the experiment with, to find out whether the consequences are true. This is a problem which is not a problem of mathematics at all.I've already mentioned the only other relationship that.. of course it obvious how the mathematical reasoning which have been developed are of great power and are in use for physics. On the other hand, sometimes the physicists' reasoning is useful for mathematicians."

    • @theultimatereductionist7592
      @theultimatereductionist7592 Před 3 lety

      ​@@felicityc Waste of time quoting Feynman's personal opinion. Doesn't help answer my request/need for more demonstration of how to turn Feynman diagrams into math equations (Lagrangians I assume of some type). Human law is not reality. Human economics is not reality. Those are just ideas, too. They are not the physical things themselves. Yet hypocritically a bunch of conservatard snowflakes & crybaby losers are whining that Biden won the US election fairly & squarely by making up a bunch of ABSTRACT IMAGINARY "illegalities" to complain about.

  • @johnjamesbaldridge867
    @johnjamesbaldridge867 Před 3 lety +62

    You are really the best science presenter out there, and that's saying a lot. What I REALLY like is your dissection of the equations, specifically what the terms represent. Mathematics is an art. Choosing symbols and deciding how much to compress into each one such that the result paints a concise picture.

    • @KalebPeters99
      @KalebPeters99 Před 2 lety +2

      I agree fully! Carefully breaking down equations and explaining their components makes them so much less intimidating haha

  • @papsaebus8606
    @papsaebus8606 Před 3 lety +28

    I love how you actually show equations and explain terms in it!

  • @smokey04200420
    @smokey04200420 Před 3 lety +5

    You know that part that you do at the end where you enthusiastically promote Square Space and sell a bit of your your soul so that we, your audience, can learn from you, even those of us who cannot afford a formal education… thank you for doing that. Your work is teaching an amateur physicist who is currently writing theories that will change current perceptions.

    • @stevenverrall4527
      @stevenverrall4527 Před rokem

      I am intrigued as to how far you have gotten during the past two years. This recent publication took me about 2 years to research and write: "Ground State Quantum Vortex Proton Model" in Foundations of Physics.

  • @evoun96
    @evoun96 Před 3 lety +5

    That 2 min introduction in every of your videos was indeed worth to watch. I get a brief intro of what were you about to say on your main focus of the rest of your videos. Great job man.. Many thanks from Malaysia!!!

  • @BangMaster96
    @BangMaster96 Před 3 lety +38

    General Relativity + Quantum Mechanics = General Mechanics
    Which is an auto repair shop down the street i live on.

    • @denyraw
      @denyraw Před 3 lety +8

      Instructions unclear; Created Quantum Relativity; spacetime is destabilizing into many descrt3 cHп . .: »«»•• ••• •

    • @blindmoonbeaver1658
      @blindmoonbeaver1658 Před 3 lety +4

      @xrm160xqw ngl that name sounds sciency

  • @Thedanishundertaker
    @Thedanishundertaker Před 3 lety +34

    As always brilliant work from you guy’s. Love the smooth transition from the Diagrams to the equations awesome stuff guys. Even at 47 I’m still learning about this stuff and it’s hard to wrap your head around, so that why I love this channel,. Keep up the great work and I’ll see you in the next episode my friends. Stay save all from Denmark 🇩🇰

    • @ArvinAsh
      @ArvinAsh  Před 3 lety +11

      Thanks. And stay safe buddy.

    • @alexwestby4533
      @alexwestby4533 Před 3 lety +1

      I have rediscovered physics at 55: I love it ! Arvin is the best !

  • @LordandGodofYouTube
    @LordandGodofYouTube Před 3 lety +10

    Another great video Arvin! I must admit I had to watch this a couple of times to get my head around it just because it's not a simple subject, but once again you made it pretty easy to understand and very interesting. I am in awe of the people who are able to formulate these theories about things that most people don't even consider their existence. It's a shame we only get such a short time on this planet as I'd love to see what science has come up with in 500 years.

    • @ArvinAsh
      @ArvinAsh  Před 3 lety +4

      Glad you enjoyed it! Indeed, it would be nice to be around to see some of these mysteries solved in the future.

  • @vag3l899
    @vag3l899 Před 3 lety +6

    By faaaaaaar the most accurate and comprehensive presentasion of QED on youtube.Keep up the great work!!!

  • @NNiSYS
    @NNiSYS Před 3 lety +16

    Hi, Arvin! Ricardo again. Your clarity is beautiful. Thank you so much for sharing it. Thank you!

  • @PaulHigginbothamSr
    @PaulHigginbothamSr Před 3 lety +1

    Thank you Arvin for the clarity of these videos from the 40's which are still incredibly important. Feynman's most difficult mental computation was for spin angular momentum in a superfluid superconductor. He built mentally magnetic flux tubes through the super fluid pinning lines of flux inside neutron stars. The relative temperature is billions of degrees but to the free electrons approaches relative cold at the pressure down inside the neutron star, thus producing glitches in spin momentum and a slight shift of magnetic strength alters the spin momentum of the mass of spinning neutrons causing either a speed up, slow down, or gradual return to it's previous state of angular momentum. These tremendous forces will be found to produce "fast radio bursts", which happens through spin reduction of the angular momentum. The only area it can be created.

  • @TheSaferHouse
    @TheSaferHouse Před 2 lety +4

    Thank you for making concepts like QED accessible to people like me who never took a physics class. Our universe is truly mind-blowing!

  • @fourkings7897
    @fourkings7897 Před 3 lety +11

    I absolutely have no idea, but i really love watching it

  • @Magis-rt1lw
    @Magis-rt1lw Před 3 lety +2

    4:27
    We don't really throw negative solutions. It just happen that outside of the mathematics community people just throw away "negative" or "non-sense" solutions without closer inspection. This is, I believe, the work of "mathematician" Paul Dirac rather than just a man of conviction.

  • @GururajBN
    @GururajBN Před 3 lety +4

    "That's coming up. Right now!" I admire the entusiasim with which he says this hallmark sentence. From 3.45 onwards, Arvin Ash explains the equation. I am a dud in mathematics. But, even I felt that I understood something. Thumbs up to this great teacher!

  • @rafanifischer3152
    @rafanifischer3152 Před 3 lety +10

    I like these short instructive videos. I guess these are made for the intellectually curious and maybe for some serious students who find their professors boring.

  • @tomgain7451
    @tomgain7451 Před 3 lety +18

    Beautiful presentation I’ll rewatch this at least 10 times

  • @trewq398
    @trewq398 Před 3 lety +5

    Wow, great balance between being rigorous and explaining it intuitively! I really like that you show the equations and give an idea about what they mean.

  • @TheMuslimMan437
    @TheMuslimMan437 Před 3 lety +3

    Make this channel fly in the sky because he deserves more than 457k subscribers.

  • @brandonsubia9090
    @brandonsubia9090 Před 3 lety +5

    Thanks Arvin for yet another astounding explanation of our understanding of the quantum world!! I mean this with all sincerity you really have brought so much clarity to me of so many of these deep physical theories! Please don’t ever stop doing what you do!
    Oh, and thank you for that questionnaire about our preferences on the maths. I saw how you incorporated our answers into the way you explained them in this video! Keep up the good work Arvin! You are my go to guy for all things physics!!

  • @jamessunseri346
    @jamessunseri346 Před 3 lety +6

    As someone who really benefits from seeing things visually this was outstanding! I love this channel

  • @harshad761977
    @harshad761977 Před 3 lety +3

    OMG! I have seen these vertices diagram before many times from various CZcams channels, but I never understood it's technicality. But this video explained it very nicely.

    • @lucasmergotto5267
      @lucasmergotto5267 Před 3 lety

      El libro "Jesús Fracasoó y Terminó en Desastre", basado en la ley de la atracción, el autor muestra cómo fue la vida de Jesús. Usa versículos de la biblia ... lo recomiendo, el libro es muy bueno. está en Amazon.

  • @steviejd5803
    @steviejd5803 Před 11 měsíci

    Dear Arvin, what can I say that hasn’t been said? Here goes, you’re content and generous presentation, your character, warmth and enthusiasm are quite simply wonderful. You have the ability to maintain focus and intellectual pace in perfect step so that I can follow along without feeling swamped or overwhelmed. Thank you so much for helping me to understand a small part of reality.

  • @MattMajcan
    @MattMajcan Před 3 lety +6

    i appreciate that these videos seem to be getting more complex

  • @virajkapani6159
    @virajkapani6159 Před 3 lety +3

    I might be a relatively new viewer of your content and I do like it a lot. QED is such a topic that intrigues me all the time hence , I appreciate your hard work. Your efforts for providing quality knowledge can be thoroughly seen in this and almost all your videos. On concluding , although I was familiar with this concept before it does provide a good introduction/brief explanation.

  • @elishmuel1976
    @elishmuel1976 Před 3 lety +1

    your channel is like PBS Spacetime on steroids. I LOVE it!

  • @robertw1871
    @robertw1871 Před 3 lety +3

    Awesome, thanks... appreciate the mathematical approach, physics can’t be separated from it...

  • @rambod
    @rambod Před 3 lety +2

    Arvin, I love how you make ideas easier to understand. Do you have a video explaining why matter curves spacetime?

    • @ArvinAsh
      @ArvinAsh  Před 3 lety +3

      I made two videos on Quantum gravity recently where I talk about how gravity works. But what exactly gravity is or why matter curves spacetime is not known.

    • @rambod
      @rambod Před 3 lety

      @@ArvinAsh Thanks for the reply. I've seen those (A+). I thought so too, but wasn't 100% sure. Thought maybe I missed something.

  • @adityamishra1185
    @adityamishra1185 Před 3 lety +10

    The wait is OVER!!!!!!!!!!
    :))))))))))

  • @Mikey-mike
    @Mikey-mike Před 3 lety +2

    Excellent lecture, Arvin.
    Well done.
    I await your further lectures.

  • @Petrov3434
    @Petrov3434 Před 3 lety +2

    Wow - outstanding. Absolutely delightful and enlightening by a true master. Thank you for the effort !!

  • @adnancrazykart
    @adnancrazykart Před 3 lety +3

    In our macro world we can measure or view directly through our naked eyes maybe thats why in macro world everything is fixed and only one states is present. In the case of micro world we cant measure directly or view it from our naked eyes maybe thats why they can be present in any states. Please share your thoughts Arvin regarding this.

    • @ArvinAsh
      @ArvinAsh  Před 3 lety +1

      I don't think it is entirely due to observation. See my video on "why don';t tennis balls behave like atoms" for a deeper discussion of this.

  • @gypsycruiser
    @gypsycruiser Před 3 lety +4

    Thank you ! Great presentation and excellent audio.

  • @Fitofmania
    @Fitofmania Před 3 lety +4

    I LOVE ARVIN ASH !!!

  • @arandomguy4614
    @arandomguy4614 Před 3 lety +2

    Excellent video man. I've been watching your videos since March and learnt a lot from them.

  • @nightmareshogun6517
    @nightmareshogun6517 Před 3 lety +6

    Hi Mr. Arvin. I really enjoy your videos!! Thank you for the consistent high quality videos!!
    I have a question in mind... where do the fermions get the energy to exchange the photons in the first place?
    Thank you for your time!!

    • @ArvinAsh
      @ArvinAsh  Před 3 lety +1

      They are virtual photons. It is the quality of the particle called "charge" that causes virtual photon exchange with another charged particle.

  • @tobiaszgottfriedstudio4090

    Great job :) thanks for good time with your film :)

  • @janhavideshpande6189
    @janhavideshpande6189 Před 3 lety +2

    sir i am from india, and after watching your videos i have started to love quantum physics and wish to work in same in future

    • @ArvinAsh
      @ArvinAsh  Před 3 lety

      Good for you! You can do it. And the world needs more physicists.

  • @gump1005
    @gump1005 Před 3 lety +5

    Maxwell was a true genius and Arvin Ash is a great presenter and explainer.

  • @saltycreole2673
    @saltycreole2673 Před 3 lety +2

    I've watched Feynman videos. He doesn't sound at all like the genius he was. More like a NY longshorman! The Feynman diagrams are genius.

  • @sarujanrupan4831
    @sarujanrupan4831 Před 3 lety +2

    The best physicists aren't the cleverest or most knowledgeable but one's that on top of these two can teach what they know...

  • @gautamgupta7860
    @gautamgupta7860 Před 3 lety +30

    You deserve 100M subs, love from🇮🇳🇮🇳🇮🇳🇮🇳
    Can I get a heart😁😁??

  • @veronicats100
    @veronicats100 Před 3 lety +1

    This is a good one. Nice explanation of Feynman diags and formulation of the equations. Thank you.

  • @BlackHole-qw9qg
    @BlackHole-qw9qg Před 3 lety +1

    Best video of the channel !

  • @bobbyshaftoe45
    @bobbyshaftoe45 Před 3 lety +13

    Arvin is a treasure. Wanna fix public schools?
    Find a million Arvins... a difficulty due to a similar rarity as that Feynman complexity/probability "1%" ratio thing he just described.

  • @nafeesaneelufer5023
    @nafeesaneelufer5023 Před 3 lety +3

    If the matter particle moves forward in time and antimatter particle moves backward in time then does it mean matter universe moves from past to future as we do and the antimatter universe moves from future to the past?

    • @rc5989
      @rc5989 Před 3 lety +2

      The positron does not move backward in time. The math is just the same “as if” a regular electron were going backwards. The arrow in the diagram tracks the ‘electronness’ and the total diagram observes the conservation of fermion number. +1 positron plus -1 electron equals 0 electron (a photon is emitted).

  • @gettothepoint_already3858

    I didn't follow the math till we got to (+1 plus -1) = 0. That I got. That was about it. I did get the Feynman diagrams though. Bless that man; and Arvin too!

  • @ian731
    @ian731 Před 3 lety +2

    I so from Brazil thank you By putting subtitles in Portuguese in your videos in Brazil is complicated so I hope you put more, love your videos, hugs =)

  • @dawid_dahl
    @dawid_dahl Před 3 lety +1

    I love this CZcams channel! Always time well spent.

  • @randomdude3066
    @randomdude3066 Před 3 lety +2

    8:10 What causes the electron to emit the virtual particle? How does it detect the presence of the other electron and does it need to know the location of the other electron?

  • @Pospisk
    @Pospisk Před 3 lety +1

    I am so excited for the upcoming video on QCD! :)) and also on a possible future video on Quantum Flavour Dynamics!

    • @DrDeuteron
      @DrDeuteron Před 3 lety

      alas, flavor is so broken it's barely worth it.

  • @pkmpkm03
    @pkmpkm03 Před 3 lety +1

    Every time I come here...I learn something new ❤️

  • @janhavideshpande6189
    @janhavideshpande6189 Před 3 lety +3

    Sir your videos are truly awesome keep making such good ones, keep sharing knowledge.....I have seen them all

  • @cumaraxmed3107
    @cumaraxmed3107 Před 2 lety +1

    What I can tell this great video. Next Richard feynman!! How you explain this complex things up. I really understand some how QED. Thanks so much

  • @thebongtwister
    @thebongtwister Před 3 lety

    This is the best thing about Arvin Ash, he explains complicated things so easily 😍

  • @gsalien2292
    @gsalien2292 Před 3 lety +4

    A most excellent presentation!
    Thank you!

  • @mathwithjanine
    @mathwithjanine Před 3 lety +2

    Wow this is so fascinating! Thank you for sharing! :)

  • @kidzbop38isstraightfire92

    14:30 when you say "QED is accurate to within 1 parts per trillion", what does that mean? Is it predicting the probability of emission/absorption for a certain known system to within one part per trillion? Is it predicting energies to within one part per trillion? Sorry, I got a BS in Nuclear Engineering from UT-Knoxville back in 2010, but this is all still Greek to me. As usual, though, Awesome video Arvin! I greatly appreciate your willingness to teach. You have a gift for describing things so that us laypeople can understand them. Well done.

    • @ArvinAsh
      @ArvinAsh  Před 3 lety

      It has to do with predicted value vs. measured value. The precise calculation I am referring to is the dipole moment of electrons. Here is something right out of Wikipedia:
      As of February 2007, the best measurement of the anomalous magnetic dipole moment of the electron was made by the group of Gerald Gabrielse at Harvard University, using a single electron caught in a Penning trap.[3] The difference between the electron's cyclotron frequency and its spin precession frequency in a magnetic field is proportional to g−2. An extremely high precision measurement of the quantized energies of the cyclotron orbits, or Landau levels, of the electron, compared to the quantized energies of the electron's two possible spin orientations, gives a value for the electron's spin g-factor:
      g/2 = 1.00115965218085(76),
      a precision of better than one part in a trillion. (The digits in parentheses indicate the standard uncertainty in the last listed digits of the measurement.)

  •  Před 3 lety +2

    I want to ask Feynman , why he is so genius

  • @vrcreations3391
    @vrcreations3391 Před 3 lety +1

    I just passed out 10th and now I am moree interested in learning quantum physics stuff butt I just can't understand everything but I hope one day I will be able to grasp this in ma mind

  • @DMBall
    @DMBall Před 7 měsíci

    Ash skates right over the continuing problem of renormalization: the practice of jiggering the math so the "astounding" accuracy actually comes out right.

  • @GardenChef
    @GardenChef Před 3 lety +1

    the speed and calmness in voice in those earlier videos was better. the latest ones seem a lil too fast. may be coz i like to listen to them in peace . overall a great channel to subscribe

  • @johnny_eth
    @johnny_eth Před 3 lety +3

    Arvin could make a video about the warp drive and convince every teen to build one for their science fair.

  • @ferencszabo3504
    @ferencszabo3504 Před 3 lety +5

    As always, very interesting material!

  • @devashishshah9021
    @devashishshah9021 Před 3 lety +3

    Best science Channel!! Love it👌

  • @TaiNguyen-td4qf
    @TaiNguyen-td4qf Před 3 lety +1

    Love it! I would be lying if I said I understood everything, but gosh dang, that's pretty interesting!!

  • @davidsansom2553
    @davidsansom2553 Před 2 lety +1

    Great video incredibly fascinating and mind blowing. Feynman amazing also Dirac Schrodinger even Einstein of course Spacetime curvature matter energy Gravity acceleration etc.also Maxwell prediction from his equations for speed of light amount other incredible phenomenon

  • @BillyMcBride
    @BillyMcBride Před 3 lety +1

    Great work, Arvin Ash! I am now wondering how many times these little photons happen over a period of time, and as a result, how much light from photons is in our universe? Math is our friend, and maybe there is an infinity to space and time, but there was so much you flew through so as to give someone like me food for thought for a long time.

    • @spinor
      @spinor Před 3 lety +1

      I really wouldn't take this photon exchange stuff too seriously. Despite how they're often described, you have to always keep in mind that virtual photons are not real. What happens is when you calculate electromagnetic interactions, you can break the solution down into an infinite series of mathematical terms so that you can calculate them one at a time and add them together. It turns out these terms individually look like their own "interactions" which can be displayed using Feynman diagrams as described in the video. But these interactions aren't really happening. There's no infinite photons being emitted and absobed simultaneously, it's just what this so-called "perturbative expansion" looks like. The only real interaction is the one you get in the end when you add all the terms together (well, you can't add _all_ of them since there are an infinite number, but in the case of QED you can get a very good approximation with only a few terms. QCD is a different matter however, and the calculations get utterly horrible lol.)

    • @BillyMcBride
      @BillyMcBride Před 3 lety

      @@spinor some plot.

  • @davedsilva
    @davedsilva Před 3 lety +1

    Brilliant work Arvin. Thank you.

  • @rogelv8td
    @rogelv8td Před 3 lety +2

    Thanks for the great videos man

  • @rotorblade9508
    @rotorblade9508 Před 3 lety +1

    It looks like time direction is given by whether you are made of particles or antiparticles but in both cases the entropy is seen as increasing.

  • @johnlord8337
    @johnlord8337 Před 3 lety

    A great vid. The only issue is that the conventional magnet with such force field lines movement is wrong. It is a spiral of energy wrapping around the magnet N to S. And there is 2 movements of spiral energy. The weaker left hand movement of electrical force - and the stronger right hand movement of magnetic force - electromagnetism. Both spirals work in opposing movements and motions from either the N or S pole.
    All energy (wave physics) is a spiraling (and velocity) movement. Think of massive metal shocks on a car or truck. Think of a tinier door spring. Think of a Slinky toy. The sinusoidal movement of wave physics (on a 2D lab scope) does not show that the actual 3D representation that is actually looking sideways at a spiral spring. Look at a stretched out Slinky sideways and you will see wave physics. The higher the frequency of the wave, will be the smaller amplitude of the wave, and the higher velocity of that "particle." Such is the truth, merging wave physics (energy is a wave, Hertz frequency) and particle physics (light and energy are particles, Angstrom lengths). The actual truth is that the whole energy is a spiraling velocity of quark-matter.
    The manufacturing of quantum quark randomness in the displayed picture is the actual dark universe's interaction in all 3D (and 4D time) as the space-time fabric, the quantum sponge, the continuum, (the ancient's "aether" ... and the modern cosmology CMBR - cosmic microwave background radiation) pushing out all of the many quark compositions into the physical matter universe. Quarks, mesons, baryons, fermions, leptons, bosons, are all stable ;particles that continue to create physical matter. Unstable quark composites will quickly decay back into quarks and fall back into the dark universe.

  • @scienceperceiver9772
    @scienceperceiver9772 Před 3 lety +2

    Why only moving charges produce magnetic field ?? Could you like to explain it???

    • @scienceperceiver9772
      @scienceperceiver9772 Před 3 lety

      @@physicschemistryandquantum810 why??? This is actual question?

    • @TheOnlineBlackboard
      @TheOnlineBlackboard Před 3 lety +1

      I sense you question is asking for some deeper meaning, to which science does not hold any answers, at least for now. Physics is about making models for the world, it can not necessarily tell you why.

    • @scienceperceiver9772
      @scienceperceiver9772 Před 3 lety

      @@TheOnlineBlackboard yeah! It is great..to know.. how it work...

  • @LowellBoggs
    @LowellBoggs Před 3 lety +1

    Great graphics and script. Thanks!

  • @arthjai
    @arthjai Před 3 lety +1

    Your next video should be on entropic gravity because it was second most voted topic on your poll and also I know nothing about it

  • @KorAllRBare
    @KorAllRBare Před 3 lety

    One of the major oversights to Particles Physics is that it relies on a contradiction, the contradiction being the Area that is Empty "without quanta" AKA "Zero" and yet contradictory to that it is with dimensions implying an area of zero or nothing existing from one surface or boundary to another surface or boundary, "quanta" to the closest other quanta, "A Void where zero is actually not really zero due to the area it occupies, ergo it's a contradiction because an area of nothing must actually equate to an area of zero, anything else is a contradiction.
    If we are quantifying a system then we should ignore contradictory Data such as empty space, an area or space must have physical quantifiable attributes to it.
    In short, if we refer to any portion or fraction of The Universe, the entire area must be quantifiable with physical attributes no if's and no buts Eg: "Mass/Energy" or Space-Time, two 2 dimensional mathematical models that should never quantify zero being a quanta or worse less than zero AKA Negative.
    Facts or mathematics should never EVER contradict they should compliment and sum up always to a whole or 1, ergo we cant contradict ourselves by referring to nothing as if it is with a Length by Width by Height that is greater than zero, nothing should only ever equate to zero period, At the very least particles should be considered as areas of the Universe that are directly abutted to each other, oh and those silly single planed grids your video relied upon are wrong, As the universe is at least 3 dimensional so those single planes should actually model a portion of a gridded Near-Vacuum of a Hypersphere, that has waves propagated through it's gridding which BTW should also make it clear how the potential is propagated through standing waves or "Spheres" as well, and yep.. Because each and every grid must have physical attributes capable of propagating a rise and fall going through it, there obviously is no such thing as Empty space!
    And yes a 3D standing wave should look like a Sphere, whilst an energetic or propagated wave is a physical attribute that is propagated outwardly in all directions from it's origin, a PHYSICAL rise and fall propagated through Near-Vacuum and whatever standing waves or "Various Atoms" is the way, lets clarify how a standing wave should be a Sphere,
    "Imagine a 3D gridding Of near Vacuum where several grids have been merged from all directions the result is a less energetic Mass, this merger is the fusion of the most energetic mass "Near-Vacuum" into the lightest Atom Hydrogen, "This BTW is how General Relativity should be animated" having the gridding compressed the most at the core of any given mass or sets of Mass, This is where Particle Physics actually should have the figures compliment General Relativity if TOE is to ever be a reality, alas to this day basic obvious physical constructs are invariably overlooked, anyway I digress..
    Having established that nothing in fact equates to zero in all dimensions, It should also be noted that there is no such thing as less than nothing, ergo any negative quanta is actually merely a THEORETICAL Quanta sourced "Borrowed", "Imagined" to be sourced from a quanta greater than zero, usually such practice is practiced when ones theory is at a impasse.
    In short any theory relying on less than nothing can safely be scoffed at and thus it must be ignored..

  • @LuisLascanoValarezo
    @LuisLascanoValarezo Před 3 lety +1

    You make videos very enjoyable. You have Talent!

  • @yasharthgautam2821
    @yasharthgautam2821 Před 3 lety +3

    Happy Deepawali Arvin and thanks for the great videos!!!

  • @harshavardhan9399
    @harshavardhan9399 Před 3 lety +1

    I don't know why people don't talk about entropy and uncertainty at the quantum level much. hey Arvin, please make a video on entropic gravity which make more sense than others

    • @sumsar01
      @sumsar01 Před 3 lety

      They do. It is called Von Neumann entropy. But for entropy to make sense you need an ensemble of particles. So if you do not have that it doesn't make sense to talk about.

    • @harshavardhan9399
      @harshavardhan9399 Před 3 lety

      @@sumsar01 thank you for your information

  • @edwardlewis1963
    @edwardlewis1963 Před 3 lety +3

    ok, so because those small particles move at relatavistic speeds, special relativity applies.
    QED combines special relativity with quantum mechanics and Maxwell's equations.

  • @dimitriterrell8119
    @dimitriterrell8119 Před 3 lety +2

    Dirac gave an amazing equation😍😍😍

  • @robbes7rh
    @robbes7rh Před 3 lety +1

    So this does allow a peek under the hood so to speak with some intuitive sense of the world somewhat intact. But the question that comes up for me is how many photons or virtual photons are carried around by electrons? Are electrons constantly emitting photons and virtual photons? Or do they just do so randomly when they run into a friend?

  • @clarkh3314
    @clarkh3314 Před 3 lety +3

    We love you brother, thank you, you're needed in the world.

  • @catac83
    @catac83 Před 3 lety +2

    nice video as always Arvin.. finally a theory that is closer to reality, QED.. I just hope that physicists will target their efforts into theories that make actual predictions that can be tested and not in theories with mathematics that just work- like string theory- and predict 10 dimensions and 10 to the 500 universes but without any future hope of testing it.. I wanted to ask you, do you think that tiny black holes will be created in a lab in our lifetime or the scales are just too tiny for that? SO the question is, is there any hope that we ll find out what happens inside a black hole in the next 30 years or so?

  • @bilalrehmat6261
    @bilalrehmat6261 Před 3 lety

    thanku so much for converting complexity into simplicity

  • @tomgrimes8379
    @tomgrimes8379 Před 3 lety +1

    THANK YOU for taming the background audio. In previous videos, it sounds like Arvin is in a go-go lounge trying to explain stuff while someone does a pole dance just off camera. Previous videos in which the background audio is left wide open have been ruined. This is because there are both words and sentence fragments in those previous videos that are unintelligible because the background music is so (friggin!) loud. It would be worth the post-producer's time to go back and remix those sound tracks.

    • @ArvinAsh
      @ArvinAsh  Před 3 lety +1

      I heard you loud and clear. We can't go back and repost the earlier videos - YT does not allow that. But we will be adjusting all future videos. Thanks for the feedback.

  • @fivforfivfor
    @fivforfivfor Před 3 lety +1

    I have already solved this In the form of an experiment 🙂🙂🙂 Love Your Videos

  • @BackassWordsWeirdworld
    @BackassWordsWeirdworld Před 3 lety +1

    Wow. So interesting and important. Thank you. God bless.

  • @constpegasus
    @constpegasus Před 3 lety +3

    I was under the impression that a virtual photon was just a disturbance in the field when two electrons move towards each other. Not a fully formed particle.

    • @ArvinAsh
      @ArvinAsh  Před 3 lety +1

      Your impression is probably correct since virtual photons are not like real photons. But mathematically, the "disturbance" can be modeled as a photon to explain the interaction of two charged particles.

    • @constpegasus
      @constpegasus Před 3 lety

      @@ArvinAsh czcams.com/video/VRvM4L3ppHI/video.html
      I guess that the virtual photon is still in doubt or something. Maybe you could do a video on it by itself. Your videos are incredible and I thank you for them.

  • @eziowayne
    @eziowayne Před 3 lety +1

    Thank you for this awesome video!

  • @TheRotnflesh
    @TheRotnflesh Před 4 měsíci

    You can simplify all of reality into 1 sentence: As above, so below.
    As you alter your orders of magnitude, you dilate your perception of Time, as Time and Space are interlinked and as you scale down or up, the amount of time and space you occupy also changes.
    The forces that 'harmonize/actualize' subatomic particles are unknown to us because the Time/Space scale they occupy is so vastly different as to appear solid; otherwise, our universe as we see/hear/taste/smell/feel it would cease to exist. Thus, the entire sub-atomic scale of the universe is actually closed off to us. We are literally formed out of it (imagine the septillions of atomic interactions happening just inside your brain every picosecond, like billions of galaxies evolving over billions of years) and are a universe that is forming the sub-quantum harmonizations required to form a particle to a higher-scale magnitude level of consciousness.
    This is all logical deduction made from observations we have made with our modern science. They are also reflections of ancient philosophy: Gaia, fractals, God-Man relationship.
    We are the consciousness of the universe acting on our scale to produce the result required to harmonize and become a 'step in the Pyramid' of ultradimensional consciousness, and we are completely, egotistically, ignorantly unaware of it. (Ancient mankind was not...)

  • @radwanparvez
    @radwanparvez Před 3 lety +1

    Awesome. Your presentations really help me a lot.
    Got some questions:
    1. The analogy for e- and e+ interaction was depicted by exchanging TWO basketball, but in the Feynman diagram, there's only one photon. Why?
    (Though, exchanging only one basketball would do the job I think)
    2. There was fermion conservation by assigning e- = +1 and e+ = -1.
    What about boson conservation?
    Doesn't it lead to assign a virtual photon with a boson number 0?
    3. If there's an uncountable(!) number of the virtual photon is exchanging in reality between two fermions, then where this information is given in the Lagrangian? And, is it uncountable?

    • @ArvinAsh
      @ArvinAsh  Před 3 lety

      These are virtual photon exchanges. They are by definition not measurable.

  • @effexon
    @effexon Před 3 lety

    Man.... deceptively short 16minutes, yet PhD level work required to truly master that knowledge.

  • @JohnVKaravitis
    @JohnVKaravitis Před 3 lety +2

    Quantum mechanics introduced randomness, yet one of the proposed ways of reconciling the results of Bell's Inequality is "superdeterminism." Explain. I dare you!
    8:42 Aren't the paths curved from the start? The electrons don't go in a striaght line and then exchange a photon, after which they fly away from each other. Aren't the paths curved from the start?

    • @sumsar01
      @sumsar01 Před 3 lety

      Those are space-time diagrams. They do not symbolize movement in the XYZ-plane. But in a spacial and temporal plane instead.

  • @emiktra7929
    @emiktra7929 Před 3 lety +8

    Nobody answered my question if higer frequency signals mean more energy in photons. But you did!

    • @gautamgupta7860
      @gautamgupta7860 Před 3 lety

      I didn't understand what you are asking

    • @emiktra7929
      @emiktra7929 Před 3 lety

      @@gautamgupta7860 you know the color of the photons are related their frequency. And the frequency is dependant to their energy level. Photons are what light is made out of

    • @dreamyrhodes
      @dreamyrhodes Před 3 lety

      Of course that's why UV radiation, X-ray and gamma are ionizing and damaging molecules

    • @emiktra7929
      @emiktra7929 Před 3 lety

      Yes

  • @tresajessygeorge210
    @tresajessygeorge210 Před 2 lety

    THANK YOU DR.ARVIN ASH...!!!