The thorny way of truth - Free Energy Community

:36PhysksEsnys volume 3. number 3, 199Absolute and Relative Newton-Lorentz EquationsSte£sm MarinovAbstractThe fundamental electromagnetic Lorentz equation is shown to have Us well-humform (wbidb I call the absolute NeuJionLorentz equation) only fthe chosen r^erencefrmrests in absolute space, fibe chosen referenceframe moves in absolute space, this eqution has a d^erent form, which I call the relative Newton-Lorentz equation. Receexperiments have confirmed the validity cfthe relative Newton-Lorentz equation.Key words: space-time physics, classical electromagnetlsm. electromagnetic indudioviolation of the principle of relativit)rIn eledromagnetism there are only two fundamental equations that cannotbe deduced from other simpler postulates. Those are the laws of Coulomband Neumann, which assert that if there are two electric charges qi,q24> = Z^' (3moving with velocities Vi, Vz, then they have two kinds of energies, calledelectric {space) and magnetic {space-lime) energies (the italicized wordshere and below are my tenns),U = qxqi/r, ^ = qxqiy\'yi/c^r. (1)where r Is the distance between the charges, and the formulas are written Inthe cgj system of units.Using the law of superposition (the energy of a system of more than twocharges Is the sum of the energies of all its pairs), and putting (1) In the lawof conservation of energy dEo -^ dU -^ dW = 0, where Eq is the sum of thetime energies e, = mcH\ - v^c^'^^ of any of the particles of thesystem, m being the respective particle's mass and v its velocity, 1 showed,*'* "'by rigorous mathematical arguments, that one can obuin the fundamentalequation in eledromagnetism (which 1 call the Newton-Lorentz equation)and from It all electromagnetic "laws. ' 1 obtain this equation in theform(