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Invariance in Physical Theory
Symmetry and Conservation Laws
The Role of Invariance Principles in Natural Philosophy
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angular momentum apparatus assumption atoms behavior calculation chain reaction classical clock collision concepts consciousness conservation laws considered coordinate system correlations cross section derived described direction discussion E. P. Wigner effect electric electromagnetic electrons elementary particles equations of motion existence experiment fact Fermi field finite fission formulated give given Hence increase initial conditions interest invariance principles knowledge lattice laws of nature light signal linear Lorentz Lorentz transformations macroscopic material mathematics measurement ment Neumann neutrons nuclear energy object observation obtained operations particle phenomena Phys physicists pile point of view position possible postulate present principles of invariance probability problem properties quantum mechanics quantum theory question radiation reactor rest-mass result role scientific scientists similar space space-time spin statement strong interaction structure superposition principle symmetry target nucleus theoretical theory of relativity tion transformations true types of interactions uranium valid vector velocity wave function Wigner world line