Chance Gravity (my own idea)

===Closing remarks=== I’ve definitely enjoyed debating this topic with you – you seem to have some interesting ideas, so keep working on them, though I would strongly suggest furthering your math background if you want to go into physics. In any case, I’m glad you put this up as a topic. And on to the last bit of rebuttals! ===Rebuttal=== “really ? knowing that time after time the simplest answer in physics is usually the correct one you believe that all of these particles are the fundamental particles. . I think they they are still complicated structures made from something more fundamental. once the atom was thought to be the smallest anything could be. ” What separates the standard model as the most fundamental set of particles from, say, the atom, is the mathematically rigorous derivation of the standard model. The concept of an atom originated with Democritus in ancient Greece, and was conceived of purely through intuition, whereas the standard model has been derived mathematically using Lagrangian physics and has been shown to be consistent with measurements taken on the particles. Furthermore, though I am aware this is the last round of the debate and you’ll be unable to respond, I would like to pose the question as to what makes you believe that they are complicated structures made of something more fundamental. What characteristics of, say, quarks, makes you think this? “you said that my theory meant that light could travel faster than the speed of light if gravity bent the points it could land on thus causing the gaps between to be larger. this is exactly what I meant and it would not make light travel any faster. because it would cover the same amount of points in the same time but it would cover more distance. ” If light covers more distance in the same amount of time, its speed (distance/time) increases… I’m not sure what your argument is here. ===Conclusion=== While it has been pointed out in the comments section that quantized space is “supported by many scientists” (personally, I see this statement as a bit of a stretch, as many of these are fringe theories in physics), universally, the quantization of space in these theory is at or smaller than the Planck length. Your theory presumably uses larger pixel sizes, since each pixel must be at least as large as the smallest particle, generously being around 10^-25m in size, approximately 10 billion times larger than the Planck length. Physics has no explanation for what can happen at sizes smaller than the Planck length, as at that scale, space seems to be continuous; however, the massive pixilation of the universe present in your theory causes a large number of problems, as shown in round 1. However, in summary, your theory violates quantum physics, particularly the Heisenberg uncertainty and wavefunction collapse principles, and general/special relativity, with a variable speed of light in a vacuum. That’s not to say your theory is entirely wrong, as it does account for many occurrences in physics, albeit in a forced, reverse-engineered manner. But it does break down when the concepts I mentioned are applied, so it cannot be entirely correct, and requires revision.