Description: Please refer to the section BELOW (and NOT ABOVE) this line for the product details - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - Title:The FermionISBN13:9781523261758ISBN10:1523261757Author:Kisak, Edited by Paul F. (Author)Description:In Particle Physics, A Fermion (A Name Coined By Paul Dirac From The Surname Of Enrico Fermi) Is Any Particle Characterized By Fermi-Dirac Statistics These Particles Obey The Pauli Exclusion Principle Fermions Include All Quarks And Leptons, As Well As Any Composite Particle Made Of An Odd Number Of These, Such As All Baryons And Many Atoms And Nuclei Fermions Differ From Bosons, Which Obey Bose-Einstein Statistics A Fermion Can Be An Elementary Particle, Such As The Electron, Or It Can Be A Composite Particle, Such As The Proton According To The Spin-Statistics Theorem In Any Reasonable Relativistic Quantum Field Theory, Particles With Integer Spin Are Bosons, While Particles With Half-Integer Spin Are Fermions Besides This Spin Characteristic, Fermions Have Another Specific Property: They Possess Conserved Baryon Or Lepton Quantum Numbers Therefore What Is Usually Referred As The Spin Statistics Relation Is In Fact A Spin Statistics-Quantum Number Relation As A Consequence Of The Pauli Exclusion Principle, Only One Fermion Can Occupy A Particular Quantum State At Any Given Time If Multiple Fermions Have The Same Spatial Probability Distribution, Then At Least One Property Of Each Fermion, Such As Its Spin, Must Be Different Fermions Are Usually Associated With Matter, Whereas Bosons Are Generally Force Carrier Particles, Although In The Current State Of Particle Physics The Distinction Between The Two Concepts Is Unclear Weakly Interacting Fermions Can Also Display Bosonic Behavior Under Extreme Conditions At Low Temperature Fermions Show Superfluidity For Uncharged Particles And Superconductivity For Charged Particles Composite Fermions, Such As Protons And Neutrons, Are The Key Building Blocks Of Everyday Matter Binding:Paperback, PaperbackPublisher:CREATESPACEPublication Date:2016-01-04Weight:1.54 lbsDimensions:0.63'' H x 11'' L x 8.5'' WNumber of Pages:300Language:English
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Location: USA
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Book Title: Fermion
Item Length: 11in.
Item Height: 0.7in.
Item Width: 8.5in.
Author: Edited by Paul F. Kisak
Format: Trade Paperback
Language: English
Topic: Physics / General
Publisher: CreateSpace
Publication Year: 2016
Genre: Science
Item Weight: 30.3 Oz
Number of Pages: 298 Pages
