Does anti gravity exist?

Question

Im not talking about negative G

Answer 1

yes
By introducing a high voltage charge into an area,then take a
high frequency signal and pass through this field. Anti gravity will be present. Any item in this field becomes weightless.
Try it.

Answer 2

regardless of the reality that gravity is the weakest of the forces of nature it rather is the only one that could "defeat" each and every of the others. This becaus gravity, unlike quite a few different forces, can "attain" clean around the intergalactic voids. A black hollow is the purely good victory of gravity. to characterize that there is this form of difficulty like antigravity could have been seen ridicoulus purely some years in the past yet then it became got here upon that the univers isn't purely increasing, the upward thrust is accelerating. This proves that there certainly is yet another stress in nature that counters gravity. How this may well be of use to us (or the militia) i will´t say yet Albert Einstein stated that an merchandise rotating on the fee of light might have some exciting outcomes on the gap/time continuum (and gravity). Years in the past a russian group claimed to have actually decreased the mass of an merchandise that became placed above a version of the aforementioned gadget. some thing approximately supraconductors spinning at great speeds. Don´t keep in mind if this became decreased to a various "chilly fusion" declare yet no one became ever able to reproduction their outcomes suggesting that it became all BS. Regardless, to declare that this gadget, if this form of difficulty could desire to ever be built, might resolve the worlds energyproblem may well be thoroughly incorrect. it would take massive quantities of power to opperate this form of gadget. All you ought to evaluate is the assumption of relativity. Mass and gravity is appropriate. Mass is power. Enourmus quantities of power. with the point to synthesize gravity you may ought to synthesize mass. And with the point to create an antigravity container to cancel out the outcomes of earths gravity, to bypass to declare earth orbit, might require... nicely positioned the mass of earth into e=mc^2 and you´ll see.

Answer 3

There currently is no way to reverse gravity. If you think of gravity in Einsteinian terms, were gravity is a warp in space-time as a result of the local masses, it makes sense that there is no way to reverse gravity. What are you going to do, go after the space-time continuum with a flatiron?

However the quantum mechanical definition of gravity as an exchange of some type of unknown particle, just as electricity is the exchange of electrons and magnetism is the exchange of magnetons, might permit some sort of management of gravity.

However, when approached from this angle, you have to remember that while we can make electricity and make magnetism, we can't stop electricity or magnetism. There isn't some sort of device that you could put near a computer disk that would prevent it from being erased by a bar magnet. We stop light by blocking photons, not by stopping them.

Not to say that it won't be possible some day in the future, but if we do discover a Grand Unified Theory, it will more likely enable us to artificially generate gravity than to artificially reduce it.

Answer 4

No anti gravity does not exist.
We all want it but it seems that anti gravity is imposable.
the only hope is that much like magnetism and electricity if we can re-channel, redirect,or amplify, the gravity as we do magnetism and electricity we can achieve effects that will achieve almost every desired function of the imposable anti gravity.

Answer 5

Yes

Answer 6

What are you talking about then?

When you say negative G, did you mean negative g as in g-forces or negative G as in the gravitational constant. There is no force that repels masses from one another or screens gravitational attractions.

Answer 7

yes this is exist.
Gravity is an always-attractive force that acts between particles of matter. (It can also act between quantities of energy!) More technically, it has an infinite range through space, and weakens as the inverse-square of the distance between bodies. All theoretical and observational studies are completely consistent with the idea that it travels no faster than the speed of light - and no slower.Many physicists are firmly convinced that gravity is a cousin to the other forces in Nature that we know about including electromagnetism. The exact, mathematical, way to show this unity - called Superstring Theory - remains experimentally untested. According to some skeptical physicists, this theory may be permanently untestable.

It doesn't take a rocket scientist to remind you that humans have always known about it! Its first mathematical description as a 'universal' force was by Sir Isaac Newton in 1666. Newton's description remained unchanged until Albert Einstein published his General Theory of Relativity in 1915. Ninety years later, physicists, such as Edward Witten, Steven Hawkings, Brian Greene and Lee Smolin among others, are finding ways to improve our description of it to accommodate the strange rules of quantum mechanics. Ironically, although gravity is produced by matter, General Relativity does not really describe matter in any detail - certainly not with the detail of the modern quantum theory of atomic structure.

Perhaps the most unusual thing about gravity we know about is that, unlike the other forces of nature, gravity is intimately related to space and time. In fact, space and time are viewed by physicists, and the mathematics of relativity theory, as qualities of the gravitational field of the cosmos that have no independent existence. Gravity does not exist like the frosting on a cake, embedded in some larger arena of space and time. Instead, the 'frosting' is everything, and matter is embedded and intimately and indivisibly connected to it. If you could turn off gravity, it is mathematically predicted that space and time would also vanish!

Einstein's theory of General Relativity, published in 1915, is our most detailed mathematical theory for how gravity works, With it, astronomers and physicists have explored the origin and evolution of the universe, its future destiny, and the mysterious landscape of black holes and neutron stars. General Relativity has survived many different tests, and it has made many predictions which have been confirmed. So far, after 90 years of detailed study, no error has yet been discovered in Einstein's original, simple theory. Currently, physicists are exploring two of its most fundamental predictions: The first is that gravity waves exist and behave as the theory predicts.the second is that a phenomenon called 'frame-dragging' exists around rotating massive objects . Other tests focus on the laboratory-scale measurements of the force of gravity to look for signs of 'extra dimensions'. Data from any of these experimental studies will greatly improve our understanding of gravity, and will show us how to go beyond the mathematics of General Relativity to create an even-better theory.

Theoretically, gravity waves must exist in order for Einstein's theory to be correct. They are distortions in the curvature of spacetime caused by accelerating bodies, just as radio waves are produced by accelerating charged particles. Gravity waves carry energy and travel at light-speed. Observationally, they have not been directly detected yet. But indirectly, astronomical bodies such as orbiting pulsars have been discovered that are losing energy by gravity waves at exactly the predicted rates.

Astronomers have also detected the 'frame-dragging' phenomenon in X-ray studies of distant black holes. As a black hole (or any other body) rotates, it actually 'drags' space around with it. This means that you cannot have stable orbits around a rotating body, which is something totally unexpected in Newton's theory of gravity

Answer 8

no...gravity is the force that "pulls" matter together. there is no force that "pushes" matter away from each other