The Fall of Einstein’s
Theory of Relativity

7 Papers by Boris Milvich
The theory of relativity demands that we abandon our common sense in order to understand the theory’s extraordinary views of nature. But is common sense in conflict with nature, or is it human tendency to make errors that makes nature appear as such?
Examples of such errors that led to the theory of relativity are presented in the following papers, which are based on the first 5 and later 2 chapters of the upcoming book: The Fall of Einstein’s Theory of Relativity.
  1. “How a Simple Error in Michelson’s Calculations in his Experiment Precipitated the Theory of Relativity”
  2. “Newton’s Mechanics is in Perfect Agreement With the Results of the Michelson-Morley Experiment— Einstein’s is Not”
  3. “Einstein’s Concept of Non-Simultaneity Could Enable Us to Measure the Speed of the Earth Through Space”
  4. “Errors in Einstein’s Theory of Contractions”
  5. “Errors in Einstein’s General Theory of Relativity”
  6. “A New Definition of an Electronvolt”
  7. “The Fundamental Mass Unit”
To read, click on any of the papers or the short story.
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Eight Arguments Against the Law of Conservation of Momentum and Against Newton’s Laws of Motion

A Paper by Boris Milvich
  1. If thermal radiation counts in the conservation of energy, it must also count in the conservation of momentum.
  2. Confusion about the role of internal and external forces in the conservation of momentum.
  3. Contradictions in Newton’s two types of collisions.
  4. Is it possible to conserve the total quantity of motion after a few dozen collisions?
  5. Concept of dissipation of forces and motions and reduction of the rebounding forces in collisions.
  6. The 2nd law of thermodynamics proves that the law of conservation of momentum is incorrect.
  7. Difficulties in separating the loss of momentum due to external forces from those due to internal ones.
  8. Current equations for finding the final speeds in perfect collisions contradict the law of conservation of momentum.
Newton’s laws of motions describe perpetual motion that does not occur in nature
  • Why would Newton elevate his definition of the measure of force (f=ma) to a law of motion?
  • Newton’s 2nd law of motion is not about F=ma.
  • Newton’s numerical example of the 2nd law is a prescription for perpetual motion.
  • New laws of motion.
  • New law of non-conservation of momentum.
  • New law of conservation of kinetic energy.
  • New law of non-conservation of angular momentum.
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