ELEMENTARY RELATIVISTIC WAVE MECHANICS OF SPIN 0 AND SPIN 1/2 PARTICLES
Journal Article
·
· Revs. Modern. Phys.
A unified picture of the relativistic single particle wave mechanics for both the spin 0 boson and the spin 1/2 h fermion is presented. The single particle equations discussed are the Klein-Gordon equation for spin 0, and the Dirac equation for spin 1/2 h. The wave mechanics of these particles is discussed. The field theoretic interpretation, in which the wave equations give the equations of motion for field operators, is connected with the particle interpretation. (M.H.R.)
- Research Organization:
- Massachusetts Inst. of Tech., Cambridge
- NSA Number:
- NSA-12-006946
- OSTI ID:
- 4305036
- Journal Information:
- Revs. Modern. Phys., Journal Name: Revs. Modern. Phys. Vol. Vol: 30
- Country of Publication:
- Country unknown/Code not available
- Language:
- English
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Related Subjects
BOSONS-- COILS-- COMPUTERS-- DIRAC EQUATIONS-- DISTURBANCES-- ELEMENTARY PARTICLES-- FERMIONS-- FIELD THEORY-- FOURIER ANALYSIS-- INJECTION-- IONS-- MAGNETIC FIELDS-- MAGNETIC MIRRORS-- MATHEMATICS-- MOTION-- ORBITS-- OSCILLATIONS-- PARTICLES-- PLANNING-- QUANTUM MECHANICS-- RELATIVITY THEORY-- SPIN-- THERMONUCLEAR DEVICES-- WAVE MECHANICS
BOSONS-- COOLING-- DIRAC EQUATIONS-- ELECTRIC CONDUCTIVITY-- ELEMENTARY PARTICLES-- FERMIONS-- FIELD THEORY-- HEAVY WATER-- JOINTS-- MATHEMATICS-- MOTION-- PARTICLES-- PLANNING-- QUANTUM MECHANICS-- RELATIVITY THEORY-- SOLDERING-- SPIN-- WAVE MECHANICS
PHYSICS
BOSONS-- COOLING-- DIRAC EQUATIONS-- ELECTRIC CONDUCTIVITY-- ELEMENTARY PARTICLES-- FERMIONS-- FIELD THEORY-- HEAVY WATER-- JOINTS-- MATHEMATICS-- MOTION-- PARTICLES-- PLANNING-- QUANTUM MECHANICS-- RELATIVITY THEORY-- SOLDERING-- SPIN-- WAVE MECHANICS
PHYSICS