Particle that spin aka have a angular momentum are classified as fermions or bosons
Fermions
Particles that generate 1/2,3/4 or spins of fraction that known as fermions
Example -: quarks are fermions as they generate a spin of 1/2
Fermions can be particle and a field both of them are different
Boson
Bosons are particles that generate 1,2 or a whole spin
Example -: particles like gluon or photons are bosons as they generate 1 or 2 spins
Similar to fermions bosons have particles and field, the Higgs field that gives us mass
Types Of Spin
1/2 Spin -: Fermions take 720 degree to complete a spin
1 Spin -: Boson takes 360 degree to complete a spin
Reasoning Behind Spin
1/2 spin of particles take 720 degree spin to come back to their initial position, as for now this makes sense through mathematics
1 Spin takes 360 degree thus normally 1/2 spin will take 720 degree
Quantum Spin Mystery: Fermions have half-integer spins, while bosons have integer spins. Why does this fundamental difference lead to the Pauli Exclusion Principle for fermions but not for bosons?
Superfluidity & Bose-Einstein Condensates: How do bosons behave differently from fermions at extremely low temperatures, and why does this lead to phenomena like superfluidity?
Fundamental Forces & Particle Exchange: Bosons are force carriers in the Standard Model (e.g., photons for electromagnetism, gluons for the strong force). How does the exchange of bosons between fermions create fundamental interactions?
Matter vs. Energy: If all matter is made of fermions, and bosons mediate forces, could there be a hypothetical particle that blurs the distinction between the two?