Abstract

Modern studies found that our sun has maximal activity in the equatorial areas, where anti-vortices throw spinning energy balls and after a loop trajectory nearby vortices catch them back. Modern studies also found that when a Black Hole weighting millions of solar masses passes at certain distance from a star, it causes tidal waves in it. If the star is active, a passing near-by heavy Black Hole would pull a lot of mass from the active solar anti-vortices throwing energy out. The tidal waves created by the Black Hole would disconnect the spinning energy balls from the star and the Black Hole would pull them in the direction of its moving. However, since the Black Hole is distant and moving fast, it wouldn’t engulf the sucked out energy balls. Left behind, they would start orbiting the star, while gradually cooling down until they turn into planets. This scenario fully agrees with ancient Hindu sources, which claim that all the planets orbiting a star were born by the star and fathered by a Black Hole. Considering our latest knowledge on stars’ activity and the way Black Holes influence stars, such planetary creation makes full sense.