Gravitron said:
All right here you go. This is what I have. in PDF attached
Please read the whole document before you make judgements. Also, please keep in mind that this is not intended to scare anyone off or try and change the basic laws, it just makes the most sense, so I followed through. Check the math and run a few numbers, it would be great to get verification. and forgive spelling, as you called me out, so I have to submit before it was double checked.
feel free to call me or send an email with ? or comments. info at bottom.
G
Heh, well you got at least one thing right. The universe is pretty lazy.
http://www.eftaylor.com/software/ActionApplets/LeastAction.html
Turns out, stuff always takes the path from A to B that requires least kinetic energy. In other words, takes the path of least resistance...
By the way, your theory on fluid systems kind of reminds me of Leibniz's swirling vortices.
But, you should know, that your aether theory really doesn't make sense. Even using what I know about fluid dynamics (first year physics anyone?) I can tell you your theory is extremely flawed. The only reason there's "pressure" as you dive further in the ocean is because of GRAVITY. if you took all that water and suspended it somewhere in outer space with no large masses nearby, the molecules at the very top wouldn't push down on the molecules in the middle because there's no gravity pushing them down (I am not counting the random jarring, but am talking about the concentrated push we see in, well, the ocean)! Compounding pressure is not an inherent characteristic of fluids. The pressure we observe in the ocean, which you used to justify your theory, only comes about because gravity pulls on all the particles above you, causing all of them to push down on you, not just the ones in your vicinity. If some force is not applied to the entire fluid body, like gravity, you wouldn't have the compounding pressure effect that gets bigger as you go down further. Instead, you'd always only be affected by the water in your locality, only by its random jarring, not by its concentrated push downwards (which...comes from that force on it!).
So the example you extrapolated the nonexistence of gravity from requires gravity. If you want to disprove gravity, you can't use a phenomenon which we understand through gravity...you have to explain first how that phenomenon works w/o gravity. amirite?
Think about it this way. The universe is lazy right? Why should particles in an aether way way out there be bothered to push down on us all the way over here? Why should the molecules at the top of the ocean care about us, halfway down? That kind of crazy action at a distance isn't "simple". You've got to force those particles to care...suspend them in outer space and they'd just float on...if you leave out gravity, you can forget about pressures that add up in any meaningful way besides local jarring.
Its good that your thinking. Thinking is always good. But I recommend you take some courses in mechanics and E&M at your local university. Everybody loves jumping into quantum mechanics and relativity, but I got to be honest, if you really want to understand them you have to spend some time with my buddy Maxwell and his equations. And if you want to not make silly mistakes you have to know your classical mechanics! Sometimes theories just don't make sense and you have to know what we know well already in order to determine if this is the case or not!