Physics, asked by msd077, 6 months ago

is gravitational force be repulsive in nature​

Answers

Answered by Anuchand146
1

Can gravitational force be repulsive?

Data structure is the most important topic for college placement.

To understand this you need to reject Newtonian Gravity, which can only ever be attractive. If you are not prepared to that then stop reading now.

You also have to accept that without a inherent mono-polar repulsive force then everything would collapse in on itself. Matter simply could not exist.

In conventional models, the closest anything gets to explaining this is some vague notion of Paul Exclusion, which is not even a force it more a kind of Quantum Statistical thing.

The truth is that Pauli was on to something, but he really did not have any idea what. And the reason is that Einstein had brainwashed him into thinking that Gravity did not exist, and in any case Newton had brainwashed everyone into thinking it was simply an attractive force between masses. So poor old Pauli had no chance of defining his exclusion principle in any meaningful way. If he had then he would have supplanted both Newton and Einstein.

The essential deal is that Gravity ultimately derives from relative Spin. The role of mass is not crystal clear but it certain acts a useful scalar. It is, however, likely that generation of gravitational flux is directly linked to Mass. This flux flow is analogous to Mass and indeed Momentum is transferred in and out of the flux field.

When two particles spin in the same direction the flux they generate conflicts on the inner limbs. The resolution of this conflict involves the flux looping around each other an drawing each other nearer. However, flux density increases with proximity to particles and at certain point the flux will not loop around but force the particles apart - Repulsion.

Answered by tanishachd75
2

Answer:

Gravity is always an attractive force. But in a singularity, Newton's second law counteracts with Newton's gravitation law and attractive force become the repulsive force. ... The two most important types of space-time singularities are curvature singularities and conical singularities.

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