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theory of relativity and Lorentz transformation p 2 3 Vectors
8 Belativistic Hamiltonian and its linearisation p
of wave velocities p 29 11 The fundamentals of relativity
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acoustical relativity acoustical world annihilated chains assumed attraction Avogadro number axes axis bending of light Bignan change of frequency classical theory components contravariant vector correction term covariant vectors dashed and undashed derived dt dx Einstein world electric intensity electromagnetic equations electron ether four dimensional four vectors fundamental velocity geodesie gramme gravitational field Hamiltonian Hence I:—Suppose kinetic energy Kutir light velocity longitudinal wave Lorentz relations Lorentz transformation mesons momentum noted number of nucleons observed optical relativity optical waves particle perihelion perpendicular photon Phys plane positrons potential energy proving the invariance receiver moves relative motion relative velocity relativistic rest energy rest mass m0 righthand side rotation S'-system scaler shown space co-ordinates space vector space-time continuum space-time double vector taken taking Theoretical Physics theory of relativity Transverse Doppler effect transverse wave undashed co-ordinates vector product velocity of light velocity of transverse vide wave equation wave propagation wave velocity wellknown