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Pilot: The Higgs Boson Special

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  • čas přidán 26. 08. 2024

Komentáře • 54

  • @Matildacapone
    @Matildacapone Před měsícem +10

    This was wonderful to wake up to.

  • @amiteshx_1
    @amiteshx_1 Před měsícem +8

    Thank you for this podcast.
    Waiting for "LHC -B" discussions.
    ❤Cern

  • @holeesheet8582
    @holeesheet8582 Před měsícem +9

    Great Podcast, Hope you will continue uploading contents like this in the future...

  • @AmandaCook-rc8ce
    @AmandaCook-rc8ce Před měsícem +7

    "If you don't look for it, you won't find it." ❤

  • @CERN
    @CERN  Před měsícem +6

    We would like to know your opinion about our pilot episode of our video podcast! Tell us in the comments what exactly you liked or didn’t like: the topic, the host, the guests, the length, the format … or anything else? 🙌

  • @user-uo3zl8pn1i
    @user-uo3zl8pn1i Před měsícem +10

    Another Nobel Prize was for the discovery of W-bosons and Z-bosons, which led to the unification of electro-weak force.

  • @paulasurf3830
    @paulasurf3830 Před měsícem +6

    Quite interesting interwiew

  • @kierac9072
    @kierac9072 Před 20 dny +1

    Loved this!! Can't wait for the next episode

  • @anthonygoldfarb1802
    @anthonygoldfarb1802 Před měsícem +4

    Wicked 👍

  • @midhlajcs
    @midhlajcs Před 25 dny

    All the best CERN..😍❤️😊

  • @JuanCarlosTabao-xj9eq
    @JuanCarlosTabao-xj9eq Před měsícem +5

    ❤❤❤❤❤

  • @MultiSwagdragon
    @MultiSwagdragon Před 14 dny

    Great podcast. Thanks!

  • @russhoward9743
    @russhoward9743 Před měsícem

    12 years ago I was sitting in a tent on the west coast of the US watching the announcement on a laptop using a soup can antenna to pull a Wi-Fi connection from a half mile away my family still believe I’m crazy after the reaction I had to the news. Still crazy after all these years enjoying this video also. Thanks for the video and the work you do. I’m a week late because my family forbids electronics in camp nowadays😎

  • @sodakjohn
    @sodakjohn Před měsícem

    Great podcast. I hope to see many more.

  • @nhatquangphamle5095
    @nhatquangphamle5095 Před měsícem

    such a great podcast for the mass with little knowledge on the particle physics

  • @sangchan69
    @sangchan69 Před měsícem

    YEAAAAY

  • @midhlajcs
    @midhlajcs Před 25 dny

    How to be clock and the anti clock at the same time :
    From my limited knowledge; I can say; CERN has studied 40,000 years in past and future simultaneously; that means 20,000BC and 20,000AD simultaneously advancing in reverse proportion to past and future and the fundamental pattern remains the same; that is the pattern of flowers of life; flower of life is the fundamental pattern of creation. Coming to the point; as we advance in to past and future simultaneously with reverse proportion and same pattern; we are very close to perfection as time advances in real time clock wise direction. It is very important to know that as we advance there is always concern of the unknown; which means we have to be very careful as we advance to avoid any probable or possible mishap.

  • @fuccasound3897
    @fuccasound3897 Před měsícem

    i found this really informative, thanks.

  • @Atipat12
    @Atipat12 Před měsícem

    🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥

  • @emanueol
    @emanueol Před měsícem

    description missing names of participants 😢 seems only host name listed.

  • @martinmardoek4663
    @martinmardoek4663 Před měsícem

    Could this Higgs field be responsible for "time" dilation?

  • @JerryMlinarevic
    @JerryMlinarevic Před měsícem +1

    What did you see in the detector that told you it's a higgs boson?

    • @whocares2277
      @whocares2277 Před měsícem +2

      The Higgs boson decays extremely fast so we always look for the decay products. For the initial discovery: Either two photons or two electrons or muons and their antiparticles (e.g. 2 electrons and two positrons). In the meantime with more data we have seen a couple of other decays, too.
      You can get the same particles from other processes, but then their energies are random. If the particles come from the decay of a Higgs boson then you always get the same total energy (technically: center of mass energy), so these decays stick out of the other processes.

    • @hail_2_u321
      @hail_2_u321 Před měsícem +2

      Watch CERN's 3 videos explain about Higgs Boson. Basically they looked at graphs from measuring particles after collisions.

    • @JerryMlinarevic
      @JerryMlinarevic Před měsícem +2

      @@whocares2277 Thanks.

    • @JerryMlinarevic
      @JerryMlinarevic Před měsícem +1

      @@hail_2_u321 Thanks.

    • @homekatsushi
      @homekatsushi Před měsícem

      Have you heard of "Spooky Action at distance"? I'm sure you have.
      There's no such thing as "spooky action at distance" if we consider that other universes, subdimensions or different worlds (whatever they are) that are lack of t and 3ds. As far as I see that at least two more of them are out there beside our physical universe. The relationship of our physical universe and other universes (or worlds) is just like traveling transverse waves. They pass through each other without interacting. Then everything is fine with me.
      Let's investigate and study them so that in the future the government can taxes on them.

  • @alexwilliams1553
    @alexwilliams1553 Před měsícem

    Plz bring us back to our original timeline

    • @hydran6493
      @hydran6493 Před měsícem

      If it was true that were on a different timeline, they wouldn't have the solution to bring us back.

  • @nhatquangphamle5095
    @nhatquangphamle5095 Před měsícem

    may be better to break the podcast into shorter topics so that people are easier to follow

  • @agogo8861
    @agogo8861 Před měsícem

    50 yrs it took for Higgs? thats so much longer than i taught.
    i always worry they will break something in the fabric of gravity most likely i dont understand.

    • @whocares2277
      @whocares2277 Před měsícem +3

      There are naturally occurring collisions with a much higher energy. But they don't happen in a place where we can study them conveniently.

  • @WHITEWOLVES2198
    @WHITEWOLVES2198 Před měsícem

    Bad idea

  • @MeyouNus-lj5de
    @MeyouNus-lj5de Před měsícem

    Euclid, Descartes, Newton and Einstein:
    0D (indivisible, subatomic, non-natural): not fundamental
    1D, 2D, 3D and 4D (divisible, atomic, natural): fundamental
    Leibniz:
    0D (indivisible, subatomic, non-natural): fundamental
    1D, 2D, 3D and 4D (divisible, atomic, natural): not fundamental
    I agree with Leibniz here. Can someone explain to me how stuff that can be divided further is fundamental and stuff that cannot be divided further is not fundamental?
    In geometry any new dimension has to contain within it all previous dimensions.
    Kinda seems like Euclid, Descartes, Newton and Einstein sucked at geometry.

  • @sologuitar100
    @sologuitar100 Před měsícem

    I don’t think a think you should be calling this particle Higgs boson… dude saw or discovered the particle first. You naming the particle a Higgs or whatever you are calling it is wrong… the name doesn’t even say anything about the particle.. it’s also plagiarism, the scientists should not have tried to give some dude”Higgs” credit for the particle… this will change

  • @emilygrdic3552
    @emilygrdic3552 Před měsícem +5

    Y'all still out of ideas?

  • @supernova7799
    @supernova7799 Před měsícem +2

    Sacrifice someone in the portal room..

    • @Axxe80
      @Axxe80 Před měsícem +1

      The only "portal" there that leads to a terrible "location deep down below" are the toilets linked to the sewer.

    • @Florida79578
      @Florida79578 Před měsícem

      “There’s no paradise... For you to escape to.” -guts

  • @JustKipp
    @JustKipp Před měsícem +3

    To identify and isolate the Higgs Boson particular is one thing, spectacular indeed. However, who or what can create the particle? Something can never come from nothing.... Science 101. It takes faith.

    • @whocares2277
      @whocares2277 Před měsícem +2

      The Higgs bosons don't come from nothing, they are produced by colliding protons at high energy.

    • @hail_2_u321
      @hail_2_u321 Před měsícem +3

      You cannot identify and isolate Higg Boson (for now), but you can do the same thing to the particles after collisions. Watch CERN's Higg Boson videos. They explain how to produce them.

    • @Axxe80
      @Axxe80 Před měsícem +2

      @@hail_2_u321 Don't bother, he's not actually interested. The "something from nothing"- and "it takes faith"-quips are typical creationist rhetoric; literal quotes even.

  • @litttoe
    @litttoe Před měsícem

    Did you guys ever stop to think that the problems created aren't problems at all but a matter of miscalculated total matter?
    Dark energy? Dark matter? Elusive particles?
    Please just admit the foundational conclusions of science should be questioned so we can move back into a simplistic and functional understanding of reality like the ancients.

    • @kevconn441
      @kevconn441 Před měsícem

      The foundational conclusions of science are what make your computer work. The ancients knew f all.

  • @JuanCarlosTabao-xj9eq
    @JuanCarlosTabao-xj9eq Před měsícem +1

    ❤❤❤❤❤