The concept of negative gravity inside atoms is not supported by current scientific understanding. Gravity, as described by general relativity, is an attractive force between objects with mass or energy. It is always positive, meaning it acts as an attractive force.
In the realm of subatomic particles and atoms, the behavior of particles is primarily governed by the fundamental forces of nature, such as electromagnetic forces, weak nuclear forces, and strong nuclear forces. Gravity is a relatively weak force at the atomic and subatomic scales compared to these other forces.
To date, there is no experimental evidence or theoretical framework suggesting the existence of negative gravity within atoms. The current understanding of gravity, as described by general relativity, has been extensively tested and confirmed in various experiments and observations.
If there were any indications of negative gravity within atoms, it would require rigorous experimental evidence and a revision of our current understanding of gravity and its interaction with matter. However, it is important to note that such a claim would be highly extraordinary and would require substantial evidence to overturn the well-established scientific framework.