Can Physics prove the existence of God? Religion and science have always been two sides of the same coin. Currently, they coexist in relative harmony, even though one can eventually end the other sooner or later. Religious explanations seem to be ignored for some phenomena as science develops and we learn more about the world. However, since the beginning of time, humans have been spiritual beings who seek something more than themselves.
There have always been big questions like “who are we, and why are we here?” Is a society without religion possible? Is a morally bankrupt society a secular one? Would the world be more tranquil if there were no faiths? The most important question is: How does physics fit into this? If a God existed, did he construct the physical laws and the entire Universe? Does God abide by His own rules? Or could God alter His laws, such as the inability to move faster than the speed of light, allowing you to exist in two locations simultaneously? All this certainly relates to our headaches.
Can God travel faster than light?
Can God travel faster than light? We are taught at school that nothing can travel faster than the speed of light. In our Universe, it precisely moves at a speed of 300,000,000 metres per second. A few years ago, it was believed that neutrinos could travel faster than other particles. A particle physics experiment investigating neutrino erosion was conducted in Italy in 2011. The entire world was shocked at the time and believed that the outcome would completely refute Einstein’s theory of special relativity. It appears that neutrinos were traveling faster than light.
The truth was eventually revealed, though, due to a failure in anyone’s Digital clocks for laboratory computers. The neutrinos were moving slower than the speed of light. It appears that nothing that can go faster than the speed of light has been seen up to this point. This in itself says absolutely nothing about God. It just serves to confirm that light travels extremely fast.
Things get a little more intriguing when you think about how far light has come from the beginning. If we use a classical, big bang cosmology and a light speed of 300,000 km/s. In that case, we can estimate that light has traveled approximately 1.3 x 10 x 23 (1.3 times 10 to the power 23) kilometers throughout the 13.8 billion years of the Universe’s existence.
According to current estimations, the distance to the Universe’s edge is 46 billion light years because the Universe is expanding at a rate of about 70 km/s every Mpc (1 Mpc = 1 megaparsec, roughly 30 billion kilometers). As space expands over time, light must travel a greater distance to reach us.
There is far more of the Universe than we can see, but the farthest object we have seen is a galaxy called GN-z11, which the Hubble Space Telescope discovered. This is roughly 1.2 × 10 x 23 kilometers away, which equates to 13.4 billion light years, for light from the galaxy to reach us. But when the light “set off,” the galaxy was rather three billion light years away from our galaxy, the Milky Way,
We cannot witness or see the entire Universe that has expanded since the Big Bang because not enough time has elapsed for light from the first fractions of a second to reach us. Some claim that we cannot be sure if the rules of physics could be violated in other cosmic locales; they may be accidental laws. This brings us to a question even more significant than the Universe.
What is Multiverse Theory?
According to Monica Grady in a recent article, many cosmologists think that the Universe might be a multiverse component, a larger universe in which several separate universes coexist without interacting. The hypothesis of inflation supports the concept of the Multiverse, which holds that the cosmos rapidly expanded before it was 10-32 seconds old. Inflation is a crucial theory because it can explain why the Universe has molded the highly rapid expansion that took place in the early moments of the Universe’s birth.
If inflation could happen once, why not many times?
Experimental evidence suggests that quantum fluctuations can cause particle pairs to appear and disappear in a second. Why not entire atoms or universes if such changes can create particles? It has been proposed that not everything during the chaotic inflation phase happened at the same rate; quantum disturbances in the expansion could have led to bubbles that burst into independent worlds.
How does God fit into the Multiverse?
The fact that our Universe appears expressly designed for life to exist has caused cosmologists some concern. The Big Bang’s fundamental particles had the correct abilities to allow for the formation of hydrogen and deuterium, the elements that gave rise to the first stars.
The components of life, carbon, nitrogen, and oxygen, were then created due to the physical principles directing nuclear reactions in these stars. How did the Universe’s fundamental laws and parameters end up permitting the creation of stars, planets, and life?
Some believe it’s simply a lucky coincidence. Others argue that physical laws formed us; we shouldn’t be surprised to see bio-friendly ones. However, some theists argue that the existence of a God creates favorable conditions.
The multiverse theory solves the mystery, which enables various universes to have unique physical laws. Therefore, it shouldn’t be surprising that we find ourselves in one of the few universes that may support life. The possibility that a God may have created the Multiverse cannot be ruled out.
What is the relationship between Physics and God?
Scientists do not try to confirm or deny the existence of God because they are aware that no temptation can do so.
The difference is that religious beliefs require faith, and science demands proof. Scientists do not support or refuse the idea of the existence of God because they know that no experience can discover God. And just because you believe in God does not mean it doesn’t matter. According to scientists, perspective ultimately determines how one views God, physics, or anything else. As Terry Pratchett stated, “Light mistakenly believes that it moves faster than anything else. Regardless of how quickly the light moves, the darkness always appears before the light.”
