0:00 Significant consequences of gauge invariance 0:57 SU(3) gauge theory - quantum chromodynamics 1:48 SU(2)xU(1)Y gauge theory - electroweak theory 2:57 Quark and lepton equation 4:36 What is not described by the gauge principle?
I'm thinking that gauge groups are limited to 3 because a 3rd "ball" would break the symmetry of the quarks etc. 2 would equally flow out and implode or go back to their start and fail to keep themselves going and not be able to make as many particles, but the 3rd creates a jumble that is now no longer capable of "parallel transport", so impacts have more possibilities and therefore can create way more varieties of molecules. so it won't implode as easily since it's energy will spread thouroughly enough. Like a 2D set of up and down chains that almost appear to form a 3D spiral based on frequency etc.
0:00 Significant consequences of gauge invariance
0:57 SU(3) gauge theory - quantum chromodynamics
1:48 SU(2)xU(1)Y gauge theory - electroweak theory
2:57 Quark and lepton equation
4:36 What is not described by the gauge principle?
I'm thinking that gauge groups are limited to 3 because a 3rd "ball" would break the symmetry of the quarks etc. 2 would equally flow out and implode or go back to their start and fail to keep themselves going and not be able to make as many particles, but the 3rd creates a jumble that is now no longer capable of "parallel transport", so impacts have more possibilities and therefore can create way more varieties of molecules. so it won't implode as easily since it's energy will spread thouroughly enough. Like a 2D set of up and down chains that almost appear to form a 3D spiral based on frequency etc.
U are welcome 🌷😊😍
👍😊😍
Thank you so much 🙏
@@Grandunifiedcelery This was a terrifically presented video.
@@alanblanes2876 Your comments are very encouraging‼