| Thread | Last Post | Replies |
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| neutron decay --- the nature of | 27 Feb 2006 22:26 GMT | 47 |
A neutron (udd) decays to a proton (uud), an electron, and an antineutrino. .... IOW, the beta decay lets the neutron "reincarnate" as a stable set of a proton and an electron and an a-nu plus the respective kinetic
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| THERMAL mass transfer. | 27 Feb 2006 19:06 GMT | 2 |
[THERMAL mass transfer]: Gerald L. O'Barr wrote: > -=-
> In <oPtJf.48922$dW3.25797@newssvr21.news.prodigy.com> > >> I know they say a photon **doesn't** have a [REST] mass. > Tom Roberts wrote: -=-SNiP-=- -=- eV/c^2. -=- |
| Newton's Cradle THERMAL mass transfer analogy. | 27 Feb 2006 19:00 GMT | 1 |
$$ Thermal mass transfer.
> >> I know they say a photon **doesn't** have a [REST] mass. > Tom Roberts wrote: -=-SNiP-=- -=- eV/c^2. -=- $$ The GUESS iSS test REST mass is, eM/c^2.
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| "Communicating at Translight Velocities" | 26 Feb 2006 23:54 GMT | 1 |
"Communicating at Translight Velocities" In the 19th century, science had concluded that reality was based upon the Aether, a rigid medium that pervaded all of space. The Aether was
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| "General Relativity Examined" | 26 Feb 2006 22:36 GMT | 1 |
"General Relativity Examined" In 1915 Dr. Einstein published the General Theory of Relativity. It accepted the Principle of Relativity (the laws and constants of
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| "The Right Angle Lever Paradox" | 25 Feb 2006 23:32 GMT | 1 |
"The Right Angle Lever Paradox" The "Right Angle Lever Paradox" is a classic construct which is taught in most courses in Special Relativity. As with all paradoxes, it reveals that and error has been made in our thinking. It may be interesting then to
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| "Is There a Force of Gravity?" | 25 Feb 2006 18:24 GMT | 1 |
"Is There a Force of Gravity?" In undergraduate physics, the Newtonian concept of an attractive force between masses that is proportional to the product of the masses divided by the square of their separation is taught. When one advances to the more
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| one or many particles? | 25 Feb 2006 11:15 GMT | 1 |
I am a bit puzzled by something (which I perhaps once knew quite well). I am reviewing my basic quantum mechanics by watching Jim Branson's QM course on streaming video. There is something he keeps say that bothers me. He keeps saying that a wave function like exp(ikx) can't be ...
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| Re: The Metastases of Entropy | 24 Feb 2006 01:29 GMT | 1 |
Pentcho Valev wrote: >
> By the end of 19th century J. Gibbs converted the first law of > thermodynamics > > dE = dQ - PdV (1) |
| Gravity is Anti-buoyancy. | 23 Feb 2006 18:41 GMT | 2 |
$$ Pendulum clock = accelerometer = altimeter: $$ [ The reading AT *START* "falls" (drops) DURiNG "free fall". ] $$ [ Any reading AT *START* "drops" (falls) at LOWER elevation. ] $$ Gravity is Anti-buoyancy.
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| Invalidity of General Theory of Relativity | 23 Feb 2006 13:47 GMT | 244 |
In the General Theory of Relativity, the mathematical notion of space-time continuum is implied to be an entity that can get physically deformed and curved under the influence of gravitational field. Let us first examine the notion of space-time continuum.
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| The Properties of the Aether | 22 Feb 2006 23:10 GMT | 1 |
The Properties of the Aether Of course there is no such thing as the Aether, it says so right here in the book that the Aether has been proven not to exist. Unfortunately for the academic elite, such a proof does not exist. As Dr. Einstein said,
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| "The Making of Observations in Relativistic Systems" | 22 Feb 2006 04:19 GMT | 1 |
"The Making of Observations in Relativistic Systems" A while ago a program was presented on NOVA in which a physicist described an experiment. In this experiment he used two identical atomic clocks and transported one of them around the world in a jet aircraft. He
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| Photon properties. | 21 Feb 2006 14:25 GMT | 6 |
I have some questions about "light" waves. I know that a Photon has an energy related to its frequency, and that somewhat makes sense to me. What I wonder though.. A light wave has "length" (the distance between "peaks"), but does it have an
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| Space is full of photon gas. | 19 Feb 2006 14:56 GMT | 1 |
Bilge wrote: > [his straw DOPPEL] > guskz@hotmail.com: > >
> >I know they say a photon **doesn't** have a [REST] mass. > >>> > >But do we know the amount of energy a single photon can produce > >and then use E=mc^2 thus m = E/c^2 (or another similar equation)? |