The Higgs Boson, Yukawa Interaction, & Gravity: Why Objects Have Mass & How It Relates To Gravity
HTML-код
- Опубликовано: 12 окт 2024
- Additional Notes for Reference:
Higgs Boson (boson) - Spin 0, 125.35 GeV/c2
Strong Force Rho Meson (boson) - Spin 1, ~770 MeV/c2
Yukawa Pion Meson (boson) - Spin 0, 139.6 MeV/c2
Hypothetical Graviton (boson) - Spin 2, 0 eV/c2 (Massless)
Video generated by Kapwing: www.kapwing.com
If the Higgs Field is an energy field what creates the Higgs Field? The Sun? Sagittarius A or the Big Bang? Very good video!
You are correct! The Higgs field as you say is the main element here, and I would venture a guess that the Big Bang created it. Everything else that does not interact with it either has no mass or does not exist in the first place... The Higgs field, however, has been officially proven to exist!
@@singularcosmos Hmmm ... If the Big Bang created the Higgs field then I guess there is this hollow spherical Higgs field expanding into the Universe or is the Big Bang still banging away? Also wouldn't be a density gradient for the Higgs field? The closer to the origin the denser the Higgs field? No my bet is on Sagittarius A. All black holes might create a Higgs energy field. Either way there might be a energy gradient to the Higgs field. How could you test for that?? You might get a Nobel if you figure that one out!!!