General Notes

Absolute value of any variable = positive, always. One I bar to the left could signify a definite negative number in regards to a variable lets say “x”. e.g., Ix = -1 if x = 1, if x = -1 then this does not apply to this I bar notation because you are not multiplying and x has to be positive (the converse is also true. if x=-1, xI = 1; it is locked out, x is already -1 and -1 equals -1 (-1 identity). Contrast this with the absolute value sign. E.g., |E|=MC^2, E.g, IE = -E = negative energy (every reaction has its opposing force). > For arguments sake let me suggest that zero divided by zero equals one; cause, I think it would solve many elementary scientific problems especially when a computer divides by a zero and doesn’t know what to do. With one being the answer we can keep the computer running, I think. What is the number zero anyway? Is it nothing? But nothing is something. So it can’t be nothing but something, right? 🙂

 

Negative Energy ? (Albert Einstein [modified]). Opposite forces always need each other sort of like friction (think magnets here) without which there is no cause or movement. A car wheel pushes down on the road and the pavement pushes it back up or else you would not see that slight bend in the rubber of the tire as it connects to the road.

Things I want to do research on:

Negative Time ???
Negative Space ???

also:

What is Cause? What is Effect? What is Cause and Effect when combined? Can we see this transition from cause to effect? Is it Energy? What color is Energy? What is it?

Negative numbers are reflections of positive numbers (complete opposites (and on the number line)) ???
2.5) The Multi-Verse is divided into 50% Good and %50 Evil. Heaven on top. Hell on bottom. Heaven pushes down to Earth and Hell pushes up to Earth and Earth being purgatory or reality as we can know it today.

 

What metric units is E=MC^2 in? Speed per second or joules per second? I don’t know, I’ve never really picked up a book on physics, ever! Einstein never proved E=MC^2, it is a sham. How does he know that light as a constant must be squared. He never proved that nothing can travel faster than the speed of light, he never experienced it except that some scientists did an experiment and said that light did not travel faster as it was given a push and then Einstein said nothing can travel faster. Are you serious Einstein?!!!

If I am ever smart don’t ever, ever call me Einstein. Call me Hawking or Kokozyon.

 

I’m gonna have to start studying Newton first or Galileo on physics first before then check out Einstein, then Hawking, and then luckily and hopefully I can come up with something solid.

You know how I know that fabric exists because if it wasn’t there our atmosphere would just wither away. It’s like blowing smoke in that soapy bubble toy that kids do to create bubble in the air. If you smoke then blow into that little stick with the rim the smoke would be trapped inside and what holds it together is the soapy layer pushing down and the smoke pushing up or it wouldn’t be a “perfect” sphere. Once the bubble is popped the smoke escapes into thin air.

You know where Energy comes from is when you destroy! matter. Did Einstein ever do this. Smash those atoms in the particle accelerator!

You know what holds an atom together the Substratum (whatever that is?) That’s what professor Takashi Yagisawa taught me at California State University Northridge, aka CSUN. He said you shouldn’t question that it’s there, but that it is just there (Lol! :-D)

space is warped or else Newton is right. I don’t think we can couple space-time together, they might be completely separate entities. But for now I’ll just use the concept that space time is warped and go with Einstein. I can only measure time if I have two points in space going from A to B or B to A. A person looking from Earth to these two points would age faster as it takes longer to move from A to B but I don’t know that time slows down if moving from A to B. How does time slow down when traveling at the speed of light? I don’t know. I’ll have to get back to this one. A person standing on earth moves at a slower rate than speed of light. So his relative position can’t observe the traveler from point A to B at that speed, he might even be going in the opposite direction. But the traveler covers the distance at speed and covers the distance faster than the person on earth can observe him. So the traveler stays younger has he has reached point B.

One thing that might be faster that the speed of light is Sight.

if we could bend space-time to reach further in space then bending it to produce two points A and B where A is here and B is there, bending it, bringing them together then going through it, no time would pass at all the person on earth and the traveler experience time relatively the same way and both would age at an equal rate. The wormhole distance from A to B (as it has bend bringing the right plush next to each other would have a distance equal to 0).

Time Travel is possible as you could move forwards and backwards through warped parallel universes but it could be very dangerous for the traveler and might have dire consequences for our universe. Don’t do it, for now. parallel universes are warped because space-time is warped in this dimension. How many dimensions are there, I say at least 3 but maybe 4.

As velocity increases Time decreases.

Can we bend light? Does light bend naturally in the universe (here) somewhere? I don’t know. But it would be nice if it could and would expand our current knowledge-breadth of physics.

I think the universe started as a infinitesimal (Garen Ananian, year?) big bang. I learned the concept of infinitesimal universe from my sister’s ex-boyfriend Garen.

Energy has to be quantifiable or it’s just mere conjecture or guesswork something that I’ll try to get away from but do also commit this myself.

If you can have Negative Distance by counting in negative numbers on a number line then why can’t time go backwards like this but only forwards as we know it today? Therefore I would not rule this out as a possibility. Proof: Just have the clock go counterclockwise and tell time that way. I can do it. Can you?

Published by Roger Kokozyon

Student

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