At a microscopic level, the constituent "particles" of matter such as protons, neutrons, and electrons obey the laws of quantum mechanics and exhibit wave–particle duality. At an even deeper level, protons and neutrons are made up of quarks and the force fields (gluons) that bind them ...
Why do earth and electrons rotate? From where do they derive energy to rotate? When will they stop rotating? Why is an electric current a fundamental quantity instead of the charge that gives rise to the current? What makes quarks?
Many particles, such as electrons, pro-tons, and neutrons, behave like spin-ning tops. Unlike classical tops, however, the spin of these particles is an intrinsic quantum mechanical phenomenon. This spin is responsible for many fundamental properties of matter, including the proton's magnetic ...
[...]hypothesized more than 40 years ago, holds the key to explaining how other elementary particles (thosethataren’tmade up of smaller particles), such as electrons and quarks, get their mass. chinese.eurekalert.org chinese.eurekalert.org ...
Re: What happens if all the electrons from a lump of material are removed? « Reply #26 on: August 25, 2023, 07:16:51 am » Spelling is my curse. Thanks for the correction. Edit: I just spent a half hour going down a mathematical rabbit hole that made me realize...
For some fields (such as the photon field and Z field) these particle and anti-particle ripples are actually the same thing; but for fields like electrons and quarks, the particles and anti-particles are quite different. So what happens when the electron field is disturbed by a passing ...
The human body is made of stardust and it;s dirt contains billions of attoms of hydrogen, carbon, helium copper and salt plus electrons as atoms abound , each proton and nutron one is for you! inside each proton and electron are tiny groups ofr quarks some groups are ups and some are...
The term was chosen to refer to particles of small mass, since the only known leptons in Rosenfeld’s time were muons. These elementary particles are over 200 times more massive than electrons, but have only about one-ninth the the mass of a proton. Along with quarks, leptons are the bas...
Quarks are one of several types of fundamental particles, sometimes called elementary particles, meaning they are not made from smaller particles. Quarks are bound together with the weak force to create composite particles like mesons and baryons....
Protons consist of three quarks whereby two of these quarks are up type while one is down quark. These quarks are bounded together through a strong force. This force does not permit a quark to exist alone. Confinement is used in binding the quarks within composite particles....