Common W boson (im funny i swear)

GOOD JOB BROOOOO

I m Physicist, actually to gain stability according to condition Proton Decays To Neutron with extraction of W+ boson and than Boson Decays As positron and Nutrino

Exactly

Came to the comments to check this. I knew it was wrong, and i figured this was the answer, thanks for the confirmation!

Any recommendations as to where i can learn more about the emergent properties?

Thanks I was surprised and started taking notes thinking something interesting is about to come up.. need a correction to the video..

wikipedia says about W+ decay: "proton is converted into a neutron by the emission of a positron with a neutrino"

Helical Particle Waves maybe the answer :)

Well ofc this is one of the least researched fields and it happens on such small scales too

We humans are the most intelligent creatures that WE (humans) have observed to exist in this universe, until we observe differently

👍🤝

😂

👍🤝

I'm not sure

All Elementary Particles can be split into two sections, fermions (the matter particles that make up the universe), and the bosons (particles that act as force carriers). Both fermions and bosons have spin, and they both have charge (whether positive, negative, or neutral). All fermions have mass, but with bosons it is more complicated. According to general relativity the faster a particle moves the more energy it has, which causes the mass. When a particle is stationary, then it has a minimum mass, called the rest mass. All fermions have a non-zero rest mass, when stationary. But bosons will need a bit more explanation: Gluons have no mass when they are stationary (they have a rest mass of 0), but ,gluons can move, they are exchange between quarks, (which is what the strong force is) bind quarks together, allowing protons to form. Hence the reason why the mass of a proton (which is made up of 3 quarks), is less than the mass of 3 individual quarks, due to the movement of gluons. Photons have no mass, but unlike gluons, they don;t see an increase in mass due to movement. Therefore photons always have no mass and is the only particle in the model that doesn't have mass. However it does have a mass property (it can be quantified as 0). However photons have energy, if a photon has a lot of energy, it can become unstable and convert into a quark and anti quark pair (which both have mass). Z bosons, W bosons, and the higgs boson both have mass, no weird things happening there. Note, I am still learning quantum mechanics and I may have made some mistakes, but they are most likely minor. Particle Physics is the most complicated field in all of physics, wish you the best.

​@@judelog1381 layman here. i have a question. i have heard that any particle that travels at less than c has mass. is this true? if so, how can gluons be massless?

No, can you do a video in 4 dimensions? 🙄