Quantum Mysteries

So a lot of you guys have probably heard of the space-time gravity model (I'm just making up a name), where the universe is like a latex sheet, with more massive objects having more deep a gravity well, and smaller objects usually "rolling" into these type of gravity well. Well, I propose an idea. What if the latex sheet isn't just sitting there? What if it's continuously being pulled, but doesn't have any friction with the planets, so they sit there with this latex constantly moving underneath them. Just keep in mind that obviously the universe isn't two dimensional and I'm only using this model in two dimensions to make things simple. But let's say that the pulling of this latex represents time. Of course, it's not being pulled in a spatial dimension, rather, it's omni-directional, and can't be expressed in a spatial dimension, but for simplicity, let's just say it is. But get this: do you remember how time dilates? It dilates when one of the two happens: -Time is slower when near bodies with a lot of mass -The faster you go, the faster time is for you So what does this all mean? How can you make sense of it? Why? If you search "Time Dilation" on Wikipedia, you'll get a pretty good explanation. But think about this. Let's say you're an ant traveling from point A to point B, and somehow you are on top of this latex (This couldn't actually happen, once again), and your other friend is traveling the same spatial distance, but near a large neutron star. Well, their path on the latex actually dips down! Where as the first ant will just stroll down the space-time latex in a straight line, the other ant will have to dip down and therefore travel more distance! That explains why time goes slower near large bodies, it has to "travel" further! Now let's explain time warping at extreme speeds. So now I propose that if the latex where to have a "speed", it would be faster than light. So let's say the ant runs REALLY fast, like 20 miles an hour. He's not going to have really any effect on the space-time latex. Before we go on, let me just correct myself. The latex does have just the smallest friction. Miniscule. So if an ant ran at say... 96 percent the speed of light, he would be like a surfer on a wave, going close to the speed of the latex, and I think that he would have some sort of effect on the latex that would cause it to go faster. My question to you guys: how does the ant go through time faster? – Finn Hulse · 3 years, 4 months ago

I second the request, as I practice math so that I can become a theoretical physicist when I grow up. In addition, I'd like to know more about Superstring Theory without having the necessary mathematical skills :) – Blackhawk Wasee Ahmed · 3 years, 4 months ago

You should probably pick one topic to discuss per note, otherwise it will get chaotic. Starting with specific areas that you don't understand would be helpful as well.

I love the idea! – Silas Hundt Staff · 3 years, 4 months ago