Elementary Particles
Chen Ning Yang
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Naturwissenschaften, Medizin, Informatik, Technik / Naturwissenschaften allgemein
Beschreibung
Dr. Yang reviews the history of our knowledge of the elementary particles, and shows how theory and experiment interact to extend human knowledge.
Originally published in 1961.
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Hermann Weyl, Lepton number, Strong interaction, Electric charge, Quantum mechanics, Atomic physics, Ernst Mach, Paul Dirac, Bevatron, Discovery of the neutron, Cosmotron, Planck constant, Boson, Lepton, J. J. Thomson, Bubble chamber, Polonium, Antiparticle, Neutron, Cloud chamber, Illustration, Antimatter, Charged particle, Antineutron, Strangeness, Cathode ray, Black-body radiation, Classical physics, Nuclear physics, Physicist, Otto Struve, Cosmic ray, Speed of light, Theoretical physics, Electron configuration, Zeeman effect, Meson, Scattering, Correspondence principle, Inverse-square law, Neutrino, Classical mechanics, Niels Bohr, Neutral particle, Nuclear timescale, Photon, Atomic nucleus, Massless particle, Nucleon, George Gamow, Max Planck, Enrico Fermi, Philipp Frank, Special relativity, Cyclotron, Multiplet, Weak interaction, Alhazen, Physical law, Elementary particle, Coulomb's law, Positron, Atomic theory, Conservation law, Louis de Broglie, Particle physics, Atom, Muon, Rutherford model, Ionization