Thursday, May 14, 2020

Lots of NASA Exoplanets Rotating around Failed Stars or Brown Draws

FIRST EVIDENCE FOR THE NEW PHYSICS DUAL DARK MATTER BLACK HOLE HERBIG HARO SYSTEMS TO FORM DIFFERENT SIZED (EXO) PLANET SYSTEMS. https://twitter.com/latestinspace/status/1260380713964232705
Millions of small Dark Matter Black Holes seem responsible for millions of fixed rotating exoplanets around failed stars. https://twitter.com/latestinspace/status/1260380713964232705
Conclusion the large black circles ( like the solar Dark Matter Black Holes, represent millions of Herbig Haro systems to fix all the failed stars in between as normal stars do. ( see image) with the combined rotating exoplanets.stem) represent exoplanets rotating around each other OR around BROWN DWARFS or FAILED STARS? SO we may assume that there are additional smaller Herbig Haro black hole systems, as we have in the solar system.?
Are they partly failed stars based on too small Herbig Haro SABHs ( suggested to be also Stellar Anchor Black Holes SABHs) created by the explosion/ ejection of New very small Supernova former starspot black holes??

The End conclusion could be: that the small interference black holes like comets, and starspots are also acting for universal structure, by supernovas, forming and ordering the small structure of exoplanet of the universe.
Millions of small Dark Matter Black Holes seem responsible for millions of fixed rotating exoplanets around failed stars. FIRST EVIDENCE FOR THE NEW PHYSICS DUAL DARK MATTER BLACK HOLE HERBIG HARO SYSTEMS TO FORM DIFFERENT SIZED (EXO) PLANET SYSTEMS.

see below a still of the video with rotation circles of different exoplanet and star systems
( like the solar system)
The 2x large circles around the solar system tell us that we are a local heavy weight.
Something NEW ( Dual Herbig Haro black holes) hold stars and exoplanats in their position. Below a still of the NASA video with rotation circles of different Exoplanet and Star systems ( like the solar system) and: https://twitter.com/latestinspace/status/1260380713964232705



Below, The formation of failed stars by small Starspot based Herbig Haro systems. 
The different sized rotation of the exoplanets is assumed to be originated by the much smaller sized dual Starspot based Herbig Haro Black Holes.

Conclusion: Each rotating system needs two equal sized small Herbig Haro Black Holes. the older real stars within black cirkels concentrate between much larger dual Herbig Haro Black Hole generations.




Solar Planet Spitting by excess of hydrogen below.
The two Herbig Haro black holes keep the balance between inflow and outflow 
of Mass/Hydrogen of the star.