Recently I read about a highly advanced experiment to test Einstein’s formula of E=mc2. (http://www.eetimes.com/electronics-news/4057451/Wise-guy-tests-confirm-Einstein-s-formula-correct). The scientists concluded that Einstein’s formula is correct as they calculated several tests within 0.0000004 of Einstein’s formula.
Although I agree that Einstein was genius, I believe he was only a stepping-stone to true knowledge. His ideas should only be used as a model for future models, not as THE model of truth. In all good faith, I cannot say that if 1+1=2, then 1+1=2(+/-)0.0000006. That is simply not true no matter how much you look at it. The laws of physics would not be based on close approximates, but on exacts.
Other parts of the theory of relativity, namely redshifts, also seem to punch holes in a lot of things. Redshifts would imply that light travels at different speeds, although scientists are adamant that light always travels at the same speed. They say that the reason light travels slower in a medium is because it travels at a constant speed from atom to atom, but each atom may process and re-emit that photon slower than other. However, there is no actual evidence that atoms absorb photons at all and is purely speculation created to fill in a big blank that was unsolvable. Of course, after science invented an answer, the solution seemed to make more sense, but that doesn’t necessarily mean that the answer was correct. The problem also lies directly with redshifts. Since there is almost no atoms in space, it wouldn’t make sense that light would slow down anyways (redshifts), let alone speed up for some odd reason (blueshifts). I’ve read people try to explain the shifts as a change in wavelength as a whole, not a change in speed. Unfortunately, this doesn’t answer the problem, because if a wave is at the top or bottom of the EM range, then what happens to it when it shifts? The answer science is trying to give just makes more questions.
I once posted on a physics forum (of which I was banned as a ‘crackpot’ for suggesting that the Big Bang might not be the actual model for how our universe began) the question: 1 + X = 5. Solve for X. Of course everyone responded with ’4′ and called me a moron for not knowing, etc. But to me, 4 may not be the answer. Our brains like to fill in the blank, but what if there’s more to it? What if the actual problem was 1+2+5+3-8+2=5? Obviously the end-result is still 5, but there was a lot more involved in getting to 5 this time, and NOWHERE in that problem was the number ’4′ even mentioned once. If ’4′ was really the answer, then maybe if we melt Platinum and Mercury together in a pot, we’ll get Gold (pun!). In this case, ’4′ is not the answer but still remains the most logical choice. Of course we can take all of the last-half of that and merge it into ’4′ and it becomes 1+4=5, but that’s through the process of simplification, which any scientist or mathematician knows you can actually literally lose data when simplifying. Another example of proving my point is problems in which 2 answers are possible, but only 1 is acceptable. 16=X^2. X = 4. This is correct, but X can also be -4. This means there’s more than one possibility. Obviously the formula E=mc2 implies that the speed of light can also be negative to get the same solution. Can light travel negatively? There’s just a whole lot more questions that seem to arise.
The whole point of this article is to prove that 0.0000004 does NOT equal 0. Therefore, if any, I repeat: ANY, discrepancy is found in E=mc2, then the formula is NOT correct and needs to be re-written. I think the true problem comes into play when nobody on Earth is as smart as Einstein was and so nobody could possibly come up with a different formula. Not only that, but if someone came up with something different, it would crash the world of physics.