Solution to the Problem of Correlation of Matter and Field

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SUMMARY

This discussion presents a novel solution to the fundamental problem of the relationship between matter and fields in physics, proposing that all bodies possess both mass and field properties. The author introduces a new framework of laws governing the behavior of bodies as fields, which includes three specific laws: the first law states that a body acting as a field becomes weightless, the second law describes the motion of the body under field forces, and the third law relates the force acting on the body to the energy density of the fields. This perspective challenges traditional views established by physicists like Einstein and Newton.

PREREQUISITES
  • Understanding of classical mechanics, particularly Newton's laws of motion.
  • Familiarity with wave-particle duality as proposed by Louis de Broglie.
  • Basic knowledge of gravitational and electromagnetic fields.
  • Concepts of energy density in physical fields.
NEXT STEPS
  • Research the implications of wave-particle duality in modern physics.
  • Explore advanced theories in quantum field theory.
  • Investigate the role of energy density in gravitational and electromagnetic fields.
  • Examine the historical context of Einstein's and Newton's contributions to physics.
USEFUL FOR

Physicists, researchers in theoretical physics, and students interested in the interplay between matter and fields, as well as those exploring innovative theories in fundamental physics.

IlyaStavinsky
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I offer you the solution of a fundamental problem of physics: the relationship between the matter (body) and the field. Many outstanding minds in theoretical physics, including Einstein, tried to resolve this problem, but failed.

If 1924 French physicist Louis de Broglie put forward a sufficiently "crazy" idea of (an expression Einstein), suggesting that all of the particles - electrons, protons, and whole atoms have wave properties, then I put forward more "crazy" idea that all bodies in a micro and macro world, in addition to its basic properties like mass, have a field (gravitational, electromagnets, magnetic, static, etc. .) And that the body, under certain conditions, appears in one of these qualities as dominant: if a mass, then the field becomes imperceptible and the body has weight, and if as a field, then the mass becomes imperceptible and the body becomes weightless. In both cases - this is the normal condition of the body. ...

Laws governing the behavior of the body as a field
If Newton's three laws are the basis of conduct of the body as mass, then the laws of the field, discovered by me, are the basis of conduct of the body as a field.

First law: the body, acting in the form of field, becomes weightless.
Second Law: the body is in motion until the force of the field acts on it, or the acceleration of the body directly proportional to the force with which the field acts on the field of the body.
The third law: the force with which the field acts on the field of the body, directly proportional to the difference between the energy density of the fields and to acceleration of the body and does not depend on the mass of the body...
 
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