In FQG Sagittarius A* has 7.3 × 10^19 kg

 

“In Ferent Quantum Gravity (FQG), Sagittarius A* has 7.3 × 10^19 kg”

Adrian Ferent

 

In Einstein's theory of gravity (GTR), Sagittarius A* has 8.2 × 10^36 kg

 

It is a big difference between 7.3 × 10^19 kg and 8.2 × 10^36 kg, it is a big difference between Ferent Quantum Gravity and Einstein's theory of gravity!

 

“After I discovered Dark Matter, I discovered what Black Holes are, I discovered how the stars formed, I discovered the Big Bang and Big Crunch oscillation, I discovered what the Electron is …”

Adrian Ferent

 

I am the first who discovered that the majority of Dark Matter is in the supermassive Black holes.

 

I am the first who discovered another wall, the Ferent wall, beyond the Planck wall.

 

Sagittarius A* is the supermassive Black Hole at the center of the Milky Way galaxy.

 

On May 12, 2022, the first image of Sagittarius A* was released by the EHT.

 

In Ferent Quantum Gravity the image of Sagittarius A* is wrong.

Einstein supermassive Black Hole image is Black!

Ferent supermassive Black Hole image is White!

 

The theory of general relativity predicts that a sufficiently compact mass can deform spacetime to form a Black Hole

 

I am the first who explained what Black holes are:

 

“Black Holes are Dark Matter”

                                                Adrian Ferent

 

You learned from the greatest scientists, from your professors, from your books…that Supermassive Black Holes have very big mass!

 

“In Ferent Quantum Gravity theory Supermassive Black Holes have very small mass”

Adrian Ferent

 

I am the first who calculated the Dark Matter mass:

 

How I calculated that Supermassive Black Holes have very small mass:

 

“For the same amount of energy:

 

m⋅c^2 = md⋅vp^2”

Adrian Ferent

 

This means:

 

“Dark Matter has very small mass: md = m⋅c^2 / vp^2”

Adrian Ferent

 

You learned from your professors about monstrously-large Black Holes.

 

In Ferent Quantum Gravity these monstrously-large Black Holes have small mass and very small size.

 

“Supermassive Black Holes have very small mass: md = m⋅c^2 / vp^2”

Adrian Ferent

 

This is impossible in Einstein Gravitation theory, because Einstein Gravitation theory is wrong.

 

“Ferent Quantum Gravity theory explains that Supermassive Black Holes have very small mass, because the Gravitons inside the Supermassive Black Holes have high energy”

Adrian Ferent

 

“Dark Photons are faster than light, have higher frequencies than photons”

Adrian Ferent

 

You learned that Milky Way galaxy has a supermassive Black Hole, 4.1 million solar masses, 8.2 × 10^36 kg, at its center, 26000 light-years from the Solar System. 

           

In Ferent Quantum Gravity theory, the mass of this supermassive Black Hole is not 8.2 × 10^36 kg, it is:

 

md = m⋅c^2 / vp^2

 

md = 8.2 × 10^36 × (3× 10^8)^2 / (1.001762 × 10^17)^2

 

md = 7.3 × 10^19 kg

 

“In Ferent Quantum Gravity theory the mass of supermassive Black Hole from the center of our galaxy is not 8.2 × 10^36 kg, it is 7.3 × 10^19 kg”

Adrian Ferent

 

Because the Nobel Laureates, the greatest scientists, your professors…do not understand Dark Matter!

 

The mass of the supermassive Black Hole at the center of our galaxy is 7.3 × 10^19 kg, much smaller than the mass of the Moon.

 

The mass of the Moon is 7.35 × 10^22 kg.

 

“The mass of the supermassive Black Hole at the center of our galaxy is much smaller than the mass of the Moon”

Adrian Ferent

 

“I am the first who calculated the mass and energy of Dark Matter”

Adrian Ferent

 

“I am the first who calculated the mass and energy of a Black Hole”

Adrian Ferent

 

“Dark Matter mass is another proof that Einstein’s gravitation theory, the String theory, the LQG theory…are wrong theories”

Adrian Ferent

 

In Einstein's theory of gravity, Sagittarius A* has 8.2 × 10^36 kg.

 

“In Ferent Quantum Gravity, Sagittarius A* has 7.3 × 10^19 kg”

Adrian Ferent

 

“Black Holes density is between Fp and Ferent density”

Adrian Ferent

 

It is a big difference between 7.3 × 10^19 kg and 8.2 × 10^36 kg, it is a big difference between Ferent Quantum Gravity and Einstein's theory of gravity!

 

668. I am the first who discovered that in Ferent Quantum Gravity, Sagittarius A* has 7.3 × 10^19 kg

 

https://www.researchgate.net/publication/368788717_In_FQG_Sagittarius_A_has_73_1019_kg