Sub-Atomic Particles :: Physics Science Sub Atomic Particle

Introduction In Ancient Greece, some(prenominal) believed that everything was made up of simple particles c in alled Atoms. They called them Atoms because they believed that they had no part and could not be broken. This had been believed for many centuries until evidence that something smaller actually existed (the electron). one time scientists found the electron, they were not satified. Scientists kept creating new theories and testing new hypothesis attempting to discovery what makes the world tick. Now, the universes fundimental particles have plainly been found, but scientists atomic number 18 still intrusive for a more complete answer. The sub-atomic particles that atomic number 18 k straightawayn to exist now be a strange and vast new addition to the seemingly grand scale that is our universe we live in. on that point ar many things left to remember, create, observe, and explain, but it is human nature to attempt to do these things and find out what got us here.Th ere are many different types of sub-atomic particle. They all can be classified down to 3 basic types Bosons, Fermions, and Hadrons. Of these, Bosons and Fermions are fundimental particles and therefore cannot be broken down any farther.Boson is the term for a particle with a even integers as kink (0, 1, 2). Spin cosmos the intrinsic angular momentum of a particular particle.There are 5 different cognize bosons. These are gluons, photons, W- bosons, W+ bosons, and Z bosons. There is one more theorized boson, the graviton, but it has not been ascertained yet. Bosons are known as Force-Carrier Particles, and they act as inbetweens for particle interaction.The most commonly observed boson is the photon. It is the force-carrier particle for the electromagnetic force. It is massless, has a spin of 1, has no glossary or electromagnetic missionary work, and travels at c (the speed of light).Gluons are the next boson of importance. Gluons are the force-carrier particles for the strong nuclear force. They are also massless, chargeless, and have a spin of 1, except they do carry a special(prenominal) color charge (color charge is the indicator for the strong nuclear force). Gluons exist to keep quarks together into cohesive units with a color charge of 0.W-, W+, and Z bosons are the force-carrier particles for the weak nuclear force. Each has a specific mass, a specific electromagnetic charge and a spin of 1, but no color charge (so they do not participate in the strong force). light(a) interactions are the flavor changes between particles (flavor being the specific type of particle).