From Quarks to Quasars: An Outline of Modern Physics

amount of energy angular momentum answer antiparticle arrangement baryon baryon number beam behaviour CALIFORNIA/SANTA CRUZ Chapter charged particles collision constituent container CRUZ The University decay density described detected diameter dislocations distance effect electric charge electric field electrons in atoms elementary particles emitted energy level diagram example experiment experimentally flow free electrons galaxies gases gravitational hadrons happens helium hydrogen atom increases interatomic forces isotopic isotopic spin large number lattice lepton liquid magnetic field mass material measured mesons metal molecules motion move neutrino neutron nucleons nucleus number of different number of electrons orbital parity photons physicists pions plasma polymers positively charged possible predicted produced quantum numbers quarks quasars reaction reason result rotating seen shown in Fig simply specific heat speed spin stars strangeness superfluid supermultiplet surface symbol take place temperature theory thermal tube types uncertainty principle UNIVERSITY OF CALIFORNIA/SANTA velocity viscosity wave function wavelength zero