The laws of the universe, as we understand them currently, are described by fundamental theories such as the Standard Model of particle physics and the theory of general relativity. These theories have been extensively tested and verified through experimental observations and are considered to be highly accurate descriptions of the physical world within their respective domains.
In general, the behavior of the universe is governed by a set of fundamental laws and principles that apply consistently across all scales. These laws are not easily subject to change by the influence of a single particle or entity. They have been derived from a wide range of empirical evidence and theoretical considerations, and any proposed changes would require substantial evidence and rigorous testing to be accepted.
That being said, our understanding of the universe is not complete, and there are phenomena and areas of physics that are not yet fully understood. For example, the nature of dark matter and dark energy, the unification of gravity with the other fundamental forces, and the origin of the universe are still open questions. Discoveries and breakthroughs in these areas could potentially lead to revisions or extensions of our current understanding, but they would typically involve a comprehensive reevaluation of the existing framework rather than being solely influenced by a single particle.
In summary, while it is highly unlikely that a single particle could rewrite the fundamental laws of the universe, advances in scientific knowledge and the discovery of new phenomena could lead to modifications or refinements of our current theories.