Light is converted gravity

[newbie123]

Gravity is the quintessential of energy, Energy is work, Gravity tries to store energy to conserve it. Energy is time and time is energy that means gravity would be the conservative of time and energy. Gravity is the condensation of energy and or time. which also leads to mass. mass is condensated energy.

Quintessential:
the pure and concentrated essence of a substance.
2. the most perfect embodiment of something.
3. (in ancient and medieval philosophy) the fifth essence or element, ether, supposed to be the constituent matter of the heavenly bodies, the others being air, fire, earth, and water.


Jerry

Energy = Time?    This is all home brew physics...  Not truth.   Why do you guys spew your own theories as if they're facts?

[onthecuttingedge2005]

Hi Newbie.

there is no way around it, Time is a measurement of work, work is energy, therefor time is a unit function of energy. Gravity is the conservation of energy and time, it is the stored energy that condensates to and or into matter itself.

if there is no work, there is no time, if there is no time then there is no work.

what part of this do you don't understand? or are you going to throw Wiki and Physics at me that I have already studied?

oh and newbie, you might get a better conversation out of this if you weren't so snotty. I know a great deal about Physics so don't go there.

Jerry

[utilitarian]

Hi Newbie.

there is no way around it, Time is a measurement of work, work is energy, therefor time is a unit function of energy. Gravity is the conservation of energy and time, it is the stored energy that condensates to and or into matter itself.

if there is no work, there is no time, if there is no time then there is no work.

what part of this do you don't understand? or are you going to throw Wiki and Physics at me that I have already studied?

oh and newbie, you might get a better conversation out of this if you weren't so snotty. I know a great deal about Physics so don't go there.

Jerry

If you know a great deal about physics, it must be some secret kind of physics.

Time is not a measurement of work.  Work is the application of force over a distance.  Time does not factor into it.

Second, work is not energy.  Energy is the ability to do work, but the two are not the same thing.

Based on these two flawed assumptions, your conclusions are therefore also wrong.

[onthecuttingedge2005]

It really doesn't matter, just continue your line of thinking and I will continue mine. I am not wrong.

you can't get work without energy and you can't get energy without work, it is simple Physics. they go hand and hand.

you can't even take a measurement of time without doing work.

Jerry

[gravityblock]

Energy = Time?    This is all home brew physics...  Not truth.   Why do you guys spew your own theories as if they're facts?

I'll have to agree with cuttingedge on Time = Energy.  There is only one force in the universe and that is time.  Space, energy, and mass are different manifestations of Time.  I said this about 7 months ago in another thread.

This is not home brew physics.  This is built on top of the currently accepted theories on physics.  Some of this stuff is more than 100 years old.  All scientific experiments to date, agrees with the Relativity Theory.  Time is not constant and is variable.  Time being variable is the cause of light to have the same speed value in all frames of references.  Time is a variable, while the speed of light is a (C)onstant in all frames.  C = Constant, for the speed of light.

If you're traveling at half the speed of light, you will measure light to be C as it passes by you.  You will also measure light to be C, if you're moving towards light at half C.  The speed of light will have the same value weather you are moving towards or away from light at any speed.  This is due to Time.  Time is also why light reaches C instantaneously.

Here's a link to explain this.  There is no other explanation for this, other than Time.  http://www.metacafe.com/watch/1201649/time_travel_einsteins_big_idea_theory_of_relativity/