What are the chemicals that work in anti-gravity?

There are currently no known chemicals that work in anti-gravity. Anti-gravity, also known as gravitational repulsion, is a hypothetical phenomenon that has not yet been demonstrated to exist in nature.

In physics, gravity is the force that attracts two objects with mass towards each other. The idea of anti-gravity suggests the existence of a force that would repel two objects with mass away from each other, effectively canceling out the force of gravity.

While there have been various theories and proposals for how anti-gravity might be achieved, none of them involve the use of chemicals. Some proposals involve the use of electromagnetic fields, superconductors, or exotic materials with unusual gravitational properties, but these are all speculative and not yet demonstrated to be viable technologies.

As far as scientific knowledge goes, anti-gravity between copper and iron cannot be achieved using any chemical. Anti-gravity, as I mentioned earlier, is a hypothetical phenomenon that has not been demonstrated to exist in nature.

While copper and iron are both materials that are commonly used in various technological applications, they do not possess any inherent anti-gravitational properties. As such, there is no known chemical or substance that could be used to generate anti-gravity between these materials.

It’s worth noting that there are some materials that exhibit diamagnetic properties, which can produce a weak repulsive force in the presence of a strong magnetic field. However, this force is not strong enough to produce anti-gravity effects, and it is not specific to copper or iron.