AeonLeon

I have come to few small hypothesis about time that might explain some of the while paradox in the quantum physics, including the two slit experiment and the quantum entanglement. However, since this is the first time I’ve written this info in public, and I’m not aware of the requirements of publications, my explanation will most probably require help from a community to achieve a well design standard for communicating hypothesis. Also, I would need help of specialist from different areas in the physics. Unfortunately, I'm just a curious of physics and it’s not even a concentration of my studies, therefor I depend on information references, corrections and confirmation. Topic 1: Electron's Super Position might be caused by the relative time speed effect. If the position of an electron is seen to be capable to be placed in two different places at the same time, then it is possible that the scene of the receiver object is capturing the electron's motion much slower than the speed of the electron. Topic 2: The two slit experiment wave patter effect with electrons. If the electrons where light enough to be influenced by a quantum scale wave, then it’s possible that we might not be able to see the wave, but the electron could be surfing in the wave, resulting in the known wave pattern position for the electron. Topic 3: Possible explanation of the Quantum Entanglement Effect If the quantum scale show that matter at that size don’t follow most of the classic laws of physics, then it’s possible that there could be quantum scale matter that might be able to go faster than the speed of light. This could suggest that in effect, the speed of the information that is been sent between the entangled particles can be relatively different, but for our speed perception, we might be seeing it as instantaneous. It might be possible that the limit of light speed apply to objects at a certain scale bigger than quantum size, and maybe the quantum scale might not be restricted to this light speed, causing the perception of multiple instances of an electron in one single scene. Then we might be able to test this hypothesis by recreating an experiment at a much bigger size and slower speed. The most important part of this experiment depends on changing our interpretation of a single time for the entire universe, to a time speed relativity, which suggest that every unit of matter might be either capable to have their own different time speed under a certain conditions. I would be updating this text when i have more time. AeonLeon