Awesome

What is physics of the gravitational force

General relativity and

Classics mechanics has their definition on gravitation and formulae accordingly to the context

The Hypothetical theory ...

With the consideration of string theory and models. Gravitation is taken into consideration and account for explanation.

How the gravitation is spread in every dimension.

With theory representing no. of dimensions ( like bosonic, M theory, and others)

Gravitation is spread ....

Speaking of dimensions in 5 6 7 8 9 ... The whole lot of conspiracy theory on gravitation and mystical answers can be solved.

Gravity and the space time tend to behave proportionally.

The gravitational force is formed with 2 bodies with a mass. And therefore the physics of it relies on the 2 mass bodies with the respective constituent and variations that are happening.

For example. Take 2 stars or 2 dwarfs or space time with a considerate light years of galaxy in and around.

And the mass and density with X( Gev) and Y ( Gev), corresponding a gravitational force or imbibing a force in the space time with the formulation perceived with the general theory of relativity and classical mechanics.

From research point of view : the physics of the force may clearly interchange with the mass and density of a celestial bodies which is included and comprised under the space time.

#gravitational #celestialBodies #physicsForce #astrophysics #gtavity

IC 443 Jellyfish Closeup © Scott Johnstone

Oh wow!!!

Galaxy with blue stars: NGC 2985 

Two spiral galaxies, NGC 6040 and NGC 6039, are merging together at the right side of this Hubble image. NGC 6039 is seen face-on and is circular in shape. NGC 6040 seems to lie in front of the first one. In the lower-left corner, cut off by the frame, the elliptical galaxy NGC 6041 — a central member of the galaxy cluster that Arp 122 resides in — appears as light radiating from a point. The color image was made from separate exposures taken in the visible and infrared regions

M51 (NIRCam image) by James Webb Space Telescope

Galaxy Collision in Action (NASA, Chandra, 7/09/09) by NASA’s Marshall Space Flight Center

M8, Southern Cliff

Butterfly nebula

The star or stars at its center are responsible for the nebula's appearance. In their death throes, they have cast off layers of gas periodically over the past couple thousand years. The "wings" of NGC 6302 are regions of gas heated to more than 36,000 degrees Fahrenheit that are tearing across space at more than 600,000 miles an hour.

NGC 6302 lies between 2,500 and 3,800 light-years away in the constellation Scorpius.

Credit: NASA, ESA, Joel Kastner (RIT)

A stellar sneezing fit by Hubble Space Telescope / ESA

What is casting dark shadows across 36,000 light-years of space in this Hubble Space Telescope image?

The mysterious dark rays appearing to emanate from galaxy IC 5063 have intrigued astronomers, and there are a few different ideas about what is causing them. They could be like the shadows of clouds when light from the setting Sun pierces through them.

Astronomers have traced the rays back to the galaxy’s core, the location of an active supermassive black hole. One idea suggests that the shadows are being cast into space by an inner tube-shaped ring, or torus, of dusty material surrounding the black hole.

Credit: NASA, ESA, and W.P. Maksym (CfA).

ALT TEXT: Rust-colored view of space, with a bright, narrow purple region at the center, a galaxy. Background stars and galaxies are scattered sparsely—this is a dusty rather than starry scene. To the upper left of the bright central region are dark dust lanes. Opposite these to the lower right, one dark area extends from the central bright region and splits into two dark rays. Similar dark rays can be seen to the top left, behind the dust lanes. The edges of the entire image are dark, fading from the colored center.