The simulation theory is the idea that our reality, including the universe and everything within it, is a simulated construct created by a more advanced civilization or entity. Proponents of this theory argue that certain aspects of our universe, including fundamental constants and unexplained phenomena, could be evidence of a simulated reality.
When it comes to the constants of our universe, such as the speed of light, they are simply empirical observations that describe the behavior of our universe as we have observed it. These constants are fundamental properties of our reality, and they form the basis for the laws of physics as we understand them. While we don't yet have a complete understanding of why these constants have the values they do, they are not considered evidence in support of the simulation theory.
Similarly, the existence of fundamental particles like quarks, which are the building blocks of matter, is a result of our observations and experimental evidence. These particles are essential components of the Standard Model of particle physics, which describes the fundamental particles and forces in our universe. While we don't currently have a complete understanding of why these fundamental particles exist or why they have the properties they do, their existence is not specific evidence for the simulation theory.
It's important to note that the simulation theory is a speculative idea that is currently beyond the realm of scientific proof or empirical evidence. While it can be an interesting topic for philosophical and speculative discussions, the scientific consensus is that it remains unproven and speculative at this time.