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· 분류 : 외국도서 > 과학/수학/생태 > 과학 > 물리학 > 원자력
· ISBN : 9781498722308
· 쪽수 : 310쪽
· 출판일 : 2015-12-03
목차
THE SYMMETRIES OF SPACE-TIME
THE PRINCIPLE OF RELATIVITY
PROPER AND ORTHOCHRONOUS LORENTZ TRANSFORMATIONS
CAUSAL STRUCTURE OF SPACE-TIME
CONTRAVARIANT AND COVARIANT VECTORS
THE CLASSICAL FREE PARTICLE
SPACE-TIME MOTION
PARTICLE OF ZERO MASS
ACTION PRINCIPLE FOR THE FREE PARTICLE
THE MASS-ENERGY RELATION
THE LAGRANGIAN THEORY OF FIELDS
THE ACTION PRINCIPLE
HAMILTONIAN AND CANONICAL FORMALISM
TRANSFORMATION OF FIELDS
CONTINUOUS SYMMETRIES
NOETHER’S THEOREM
ENERGY-MOMENTUM TENSOR
KLEIN?GORDON FIELD QUANTISATION
THE REAL SCALAR FIELD
GREEN’S FUNCTIONS OF THE SCALAR FIELD
QUANTISATION OF THE SCALAR FIELD
ELECTROMAGNETIC FIELD QUANTISATION
MAXWELL’S EQUATIONS IN COVARIANT FORM
GREEN’S FUNCTIONS OF THE ELECTROMAGNETIC FIELD
THE MAXWELL?LORENTZ EQUATIONS
HAMILTON FORMALISM AND MINIMAL SUBSTITUTION
QUANTISATION OF THE ELECTROMAGNETIC FIELD IN VACUUM
THE SPIN OF THE PHOTON
THE DIRAC EQUATION
FORM AND PROPERTIES OF THE DIRAC EQUATION
THE RELATIVISTIC HYDROGEN ATOM
TRACES OF THE γ MATRICES
QUANTISATION OF THE DIRAC FIELD
PARTICLES AND ANTIPARTICLES
SECOND QUANTISATION: HOW IT WORKS
CANONICAL QUANTISATION OF THE DIRAC FIELD
THE REPRESENTATION OF THE LORENTZ GROUP
MICROCAUSALITY
THE RELATION BETWEEN SPIN AND STATISTICS
FREE FIELD PROPAGATORS
THE TIME-ORDERED PRODUCT
PROPAGATORS OF THE SCALAR FIELD
PROPAGATORS OF THE DIRAC FIELD
THE PHOTON PROPAGATOR
INTERACTIONS
QUANTUM ELECTRODYNAMICS
THE FERMI INTERACTION FOR β DECAY
STRONG INTERACTIONS
HADRONS, LEPTONS AND FIELDS OF FORCE
TIME EVOLUTION OF QUANTUM SYSTEMS
THE SCHRODINGER REPRESENTATION
THE HEISENBERG REPRESENTATION
THE INTERACTION REPRESENTATION
SYMMETRIES AND CONSTANTS OF THE MOTION
RELATIVISTIC PERTURBATION THEORY
THE DYSON FORMULA
CONSERVATION LAWS
COLLISION CROSS SECTION AND LIFETIME
THE DISCRETE SYMMETRIES: P, C, T
PARITY
CHARGE CONJUGATION
TIME REVERSAL
TRANSFORMATION OF THE STATES
SOME APPLICATIONS
THE CPT THEOREM
WEYL AND MAJORANA NEUTRINOS
THE WEYL NEUTRINO
THE MAJORANA NEUTRINO
RELATIONSHIPS BETWEEN WEYL, MAJORANA AND DIRAC NEUTRINOS
APPLICATIONS: QED
SCATTERING IN A CLASSICAL COULOMB FIELD
ELECTROMAGNETIC FORM FACTORS
THE ROSENBLUTH FORMULA
COMPTON SCATTERING
COMPTON SCATTERING ON RELATIVISTIC ELECTRONS
THE PROCESSES γγ → e+e? and e+e? → γγ
e+ e? → μ+ μ? ANNIHILATION
APPLICATIONS: WEAK INTERACTIONS
NEUTRON DECAY
MUON DECAY
UNIVERSALITY, CURRENT × CURRENT THEORY
TOWARDS A FUNDAMENTAL THEORY
NEUTRINO OSCILLATIONS
OSCILLATIONS IN VACUUM
NATURAL AND ARTIFICIAL NEUTRINOS
INTERACTION WITH MATTER: THE MSW EFFECT
ANALYSIS OF THE EXPERIMENTS
OPEN PROBLEMS
APPENDIX: BASIC ELEMENTS OF QUANTUM MECHANICS
THE PRINCIPLE OF SUPERPOSITION
LINEAR OPERATORS
OBSERVABLE QUANTITIES AND HERMITIAN OPERATORS
THE NON-RELATIVISTIC SPIN 0 PARTICLE
THE NON-RELATIVISTIC HYDROGEN ATOM
Some end-of-chapter problems are included..
