Many Minds Relativity

absolute aether Albert Einstein assume atom body Born classical composite Doppler shifts computation concept connection consider coordinate transformation definition different observers dilation distance Doppler shift Earth effect Einstein’s relativity electromagnetic electron energy essential information Euclidean experiments Figure frequency galaxy Galilean invariance Galilean transformation GPS system inertial mass inertial systems initial conditions interaction laws of nature Leibniz light signal lightsecond logic Lorentz invariant Lorentz transformation many-minds relativity Maxwell Maxwell’s equations MMQM moving with respect Newton's 2nd law Newtonian mechanics Nobel Prize particles physical interpretation physical law physicist Planck Poincaré principle of relativity propagation of light quantum mechanics question radiation reality relativistic relativity theory rest satellites Schrödinger equation scientific scientist simultaneity space special relativity speed of light spinning standard synchronization synthetic propositions theory of relativity tion translation understand unit speed vacuum fixed wave equation wave function wave propagation x-axis ди