The Twin Jet Nebula

NASA’s new images of Uranus captured by James Webb Space Telescope (2024)

The Ring Nebula looks like a portal . Compliments of a $10 billion dollar telescope James Webb Telescope

Exmouth Hybrid Solar Eclipse, Western Australia

Nikon d5500 - 300mm - f/9 Partial stage - ISO 200 - 1/4000s Totality stage - ISO 100 - 1/320s Corona - ISO 100 - 21 x 1/320s Baader solar filter

 NGC 2244, Heart of the Rose

Feel small now?

Nebulae are awesome

The Omega Nebula © chucksastropho1

Arp 240, Bridge Between Galaxies

Dive into the Lagoon Nebula © Hubble

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

NGC 1566.

Credit: NASA, ESA, CSA, STScI, J. Lee (STScI), T. Williams (Oxford), R. Chandar (UToledo), D. Calzetti (UMass), PHANGS Team.