>>11412414>But even though I understand it, I dont understand it at all.its important to understand the language which you use and the meaning (although misuse of the words) of what you are saying. Here, by saying you do not 'understand' something, you mean that it is not familiar to you. Go to a child who has no real life experience and ask him what will happen when you toss someone off a very high building, he will certainly not know. But of course you can explain to him that the only result can be that he will be crushed since there is a force of gravity acting on him which accelerates him and since his momentum is very high as he nears the floor, the impulse he will feel will turn his bones into jello. But even though you understand this fact from movies and your own experience on a trampoline and the pain you feel from falling at heights, since he is only a baby and is only familiar with his mom's tit, he will tell you that he 'does not understand it.' So this is to say that you will always be limited in what you "can understand" since you live in a classical non-relativistic world, i.e., low speeds and large scales. But since we are so clever, we can mathematically derive and experimentally verify what we cannot physically do on our own, and thus to some degree you must accept what is at times unacceptable. To help in learning relativity, there are a ton of games and movies that are pretty good as funny as it sounds. No man's sky (its gotten better) has decent mechanics and it shows what it would feel like in a relativistic space flight, so too does interstellar (10/10 movie) and maybe star wars
