Binary systems

Existence of binary star (and multi star) systems is a widely believed supposition. In binary systems, two stars (along with their accompanying macro bodies) are assumed to revolve in circular paths around their barycenter in space. In multi star systems, more than two stars are assumed to orbit around a common barycenter. Stability of their paths is attributed to gravitational attraction between them and the centrifugal actions due to their curved (circular) paths. Each system is assumed to float independently in space without external help. All external influences are ignored. Often their orbiting paths may differ from conventional elliptical shape to facilitate the assumption. Macro bodies, floating freely in space is very illogical and contrary to physical realities. All macro bodies in universe (except stable galaxies) have translational motion in space at very high linear speeds. In reality, it is physically impossible for a free macro body to revolve around another moving body in any kind of geometrically closed path. [This can be clarified by observing a person trying to move around another person walking along a defined path]. Each body in space has its own independent linear path. Shape of this path may be influenced by external factors (to some extent) to alter its linearity. Therefore, circular/elliptical paths of stars in a binary/multi star system (and elliptical planetary orbits about their central bodies) are untenable and physically impossible proposition. [See: http://vixra.org/pdf/1311.0018v1.pdf]. Two stars of equal 3D matter-contents (masses), moving in more or less parallel paths in the same direction but approaching each other under mutual gravitational attraction may gradually change directions of their paths to spiral about a central path. They may appear as members of a binary star system for a short while. Stability of such a system is very critical. Even slightest changes in their 3D matter-contents, variation in external influences or uneven distribution of their 3D matter-contents within their bodies would make the system unstable and disintegrate into individual stars, moving in independent directions. Hence, supposition of stable binary star systems is merely an imaginary exercise. [See: https://vixra.org/abs/2109.0112].