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2022-11-23: How To See Black Holes By Catching Neutrinos

  • 01:55: But perhaps the most characteristic property of the neutrino is that they only interact via the weak nuclear force and gravity.

2022-09-14: Could the Higgs Boson Lead Us to Dark Matter?

  • 06:01: ... quarks and whatever is made of quarks; it excludes the W boson of the weak nuclear force. ...

2022-06-22: Is Interstellar Travel Impossible?

  • 17:43: ... sure that means reaching the conditions where electromagnetism and the weak nuclear force combine, but almost certainly also the strong force and perhaps gravity ...

2022-02-23: Are Cosmic Strings Cracks in the Universe?

  • 00:58: ... This gives us our familiar   electromagnetic, strong and weak nuclear forces. But at very high temperatures,   the complexities of the ...

2021-10-05: Why Magnetic Monopoles SHOULD Exist

  • 08:53: In the early 70s physicists had managed to explain the weak nuclear force and unify it with electromagnetism.

2021-01-26: Is Dark Matter Made of Particles?

  • 01:44: ... with each other through the standard model forces - the strong and weak nuclear forces and ...

2020-08-10: Theory of Everything Controversies: Livestream

  • 00:00: ... piece of inspiration from both of you besides thinking more about the weak nuclear force what advice would you give to a young aspiring physicist uh sabine ...

2020-05-27: Does Gravity Require Extra Dimensions?

  • 00:54: ... than the other forces - I’m talking 10^24 times weaker than even the weak nuclear force. ...

2020-02-11: Are Axions Dark Matter?

  • 01:05: ... that flip. But not all. In a previous episode we talked about how the weak nuclear force is NOT symmetric under combined charge and mirror inversion and - or in ...
  • 07:47: It would interact very weakly via the strong and weak nuclear forces, and via gravity.

2020-01-06: How To Detect a Neutrino

  • 01:57: ♪ ♪ ♪ ♪ Neutrinos are among the most elusive elementary particles of nature, ♪ ♪ only interacting by the weak nuclear force and gravity.
  • 04:16: ♪ ♪ As we mentioned: they only experience the weak nuclear force and gravity, ♪ ((𝘴𝘰𝘧𝘵)) ♪ and the latter is so weak we can ignore it altogether.

2019-11-11: Does Life Need a Multiverse to Exist?

  • 07:19: ... the weak nuclear force is important; it regulates the conversion of protons into neutrons, and ...

2018-12-12: Quantum Physics in a Mirror Universe

  • 00:02: ... electromagnetism and the strong nuclear forces it was assumed that the weak nuclear force was the same deal that's until the tower theta problem came along Tao ...

2018-11-14: Supersymmetric Particle Found?

  • 02:49: That's the energy at which the electromagnetic and weak nuclear forces merge into the same force.

2018-10-03: How to Detect Extra Dimensions

  • 04:44: ... is vastly weaker, 10 to the power of 32 times weaker, than even the weak nuclear force. ...

2018-07-04: Will A New Neutrino Change The Standard Model?

  • 00:36: They don't interact by the electromagnetic or strong nuclear forces, only by the weak nuclear force and gravity.
  • 01:38: Those regular neutrinos are spotted when they interact with matter via the weak nuclear force.
  • 05:21: Chirality determines whether a particle can interact with the weak nuclear force.

2016-11-16: Strange Stars

  • 06:45: The electromagnetic force and the weak nuclear force were unified as the electroweak force.

2016-09-07: Is There a Fifth Fundamental Force? + Quantum Eraser Answer

  • 02:34: See, three of the four fundamental forces, electromagnetism and the strong and weak nuclear forces, are all communicated by these gauge bosons things.

2016-03-02: What’s Wrong With the Big Bang Theory?

  • 01:52: ... when you take this Higgs mass away from the particles that carry the weak nuclear force, they become just like the photon, which itself carries the ...

2016-01-06: The True Nature of Matter and Mass

  • 10:06: Then, without an infinite source and sink of weak hypercharge, the weak nuclear force and the electromagnetic force were all the same force.

2015-12-16: The Higgs Mechanism Explained

  • 04:26: ... force, except in this case, it lets only left-handed electrons feel the weak nuclear force. ...
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