Recent content by bibhutibhusanpatel@gmail.

No basic or foundation role of Einstein's GR is present in the rotation of stars around the supermassive black hole or Star Dynamics.Yet,GR has a good scope to be imple- mented in assembĺy with Thermodynamic-Quantum Mechanics Relationship.

Well,exoplWell,exoplanets are mathematically defined in terms of orbits,spin around their axis but need a lot of observations to find these parameters.

The Primciple can be applied to solve such problems on quantum gravity related to entanglement;thus,no new fact.

Good set of data for observation of SS 433,black hole present in a binary system in the milky way at a distance of 18,000 light years from earth.

The Cassiopeia A has some round holes due to ejecta from collapsing supernova knots,shows perfect strict mechanism followed in the dynamics of gravity.Thanks to the authors for good observations.

Note : Dynamic Force = Mass × Star Dynamic Gravitational Constant G*.So,when mass is unity numerical value of G* is equal to Dynamic Force,is a special case. In comparison to dynamics of earth,the result for calculation of mass of supermassive black hole at...

So,when flare has a time period half of unity value (or equal to 12 hours) the velocity is one complete orbit in that time,thus rotates twice in a day.This result is calculated in comparison with the earth's rotation around the axis.

To obtain result compared to earth rotation,a multiplication with a factor of 2Pi (=2×3.1415) is done with velocity. Thus,calculation for this observation can be worked out.

Dynamic Fòrce = Mass of SMBH × Distance parameter expressed by simple number of units without dimensions × velocity of plasma disc at event horizon/Time Period of flare's rotation = Star Dynamic Gravity Constant G*.

Star Dynamic Gravity G* = Dynamic Force of stars in motion = Dynamic Force of Supermassive Black Hole at center of the galaxy. Dynamic Force = effective mass(actual mass ×distance between event horizon and center of the SMBH)× velocity/unit time(= velocity of...

Star Dynamic Gravitational Constant G*(approximately equal to Universal Gravitational Constant G) has successful application in astronomy for determination of milky way's supermassive black hole mass from measurement of rotating plasma disc's motion at event...

Thanks to Euclid Satellite projected for the probe of dark matter/energy. To maintain all the laws of physics constant,observational data must support therries. Law I . Einstein's GR : With directly proportional to Time starting from the big bang,Space and...

The ŕapid variability in the x-ray emission from the brightest quasr is due to following two reasons - 1 . The quasar is present nearer to big bang,that is,4.6 billion years after the big bang. 2 . As the quasar has a huge supermassive black hole,is bounded...

The galaxy cluster as a common principle,can have higher concentration towrds the center when indivisual galaxy mass is lower than for higher indivisual galaxy mass.This can be explained by the rotation of a galaxy with respect to others in time axis.

The fact that in clustre of galaxies the concentration towards center is higher for low galaxy mass than for galaxy mass is high.This aspect is even viewed when phenomena is visualised from rotation of a galaxy with respect to others in time axis.