| Thread | Last Post | Replies |
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| Wavy behavior of electron beams is classical | 28 Sep 2005 00:47 GMT | 2 |
12 Classical justification of the wave-like Ed 01.12.31 ---------------------------------------- behavior of electron beams --------------------------
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| A mirror reflecting a plane wave may receive spin | 27 Sep 2005 16:55 GMT | 46 |
A mirror reflecting a circularly polarized plane wave receives spin. It was pointed out [R. Dasgupta, P. K. Gupta, Opt Lett. 30, 394 ] that a transfer of the spin angular momentum of light to an object occurs if the incident and emerging rays are in different directions. An angular
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| quantum consciousness | 27 Sep 2005 16:12 GMT | 2 |
I keep hearing people stating things like "It has been suggested that quantum mechanics may be playing a role in consciousness..." * including otherwise enlightened people such as Roger Penrose but isn't the fact that MRI ( Magnetic Resonance Imaging ) works
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| Magnetic field measures | 26 Sep 2005 15:20 GMT | 7 |
Hy guys, I need some help!! I have to measure a magnetic field generated by a two coils device, it is a pulsed field and i need to verify the correctness of my calculation
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| Noskov's respond to Jeff Relf, Mark Martin and Double A | 23 Sep 2005 13:55 GMT | 8 |
Dear Colleagues, As I promised, I sent your comments to the author of discussed paper, N.K. Noskov. Today I have available his reply to you all. We strongly disagree with his opinion, we already told it here, and we will state
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| Aethertheory and GUT | 23 Sep 2005 08:22 GMT | 9 |
I wonder who has deleted my postings "Aetherphysics, Quantumgravity" less than 5 days and nights after my sending of two messages on the 15th. September this year? Are we back in the Middle Ages where books, pamphlets, essays, and
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| Why haven't permanent magnet motors been commercialized? | 21 Sep 2005 09:42 GMT | 10 |
I've been doing a lot of research on permanent magnet motors (PMM) lately. I've seen a dozen or so designs which people have claimed to have working versions of, and even videos demonstrating their operation. I've also reviewed a number of patents which claim to work,
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| How to get H field from E field | 21 Sep 2005 01:12 GMT | 1 |
Is it possible to extract H field for E field. Some comercial software like RSoft, They use Ex Ey(for TE)to recover all the field components. from E(Ex,Ey,Ez) field distributuion on a plane, how to get the H field for it. Furthor more there is quite amount of Ez for the highly ...
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| Aetherphysics, Quantumgravity | 16 Sep 2005 22:31 GMT | 14 |
In previous communications I have shown the aether-equation: kappa*U*V = G*h*c^2, from which follows: K = G*c/kappa*L^2 = U*L/h*c = 2.000343E3,
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| Electromagnetic Hypersensitivity | 13 Sep 2005 13:24 GMT | 3 |
Anyone have any substantial knowledge about this disorder (electrical hypersensitivity) associated with Multiple chemical sensitivities. I am not a sufferer but I have been conversing with an old friend who claims to suffer daily from neurological symptoms.
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| simple but deep! | 11 Sep 2005 21:34 GMT | 10 |
Dose any of u know what a "photon" exactly is? -- adn
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| Polarization of em wave and quantum nature of the photon | 10 Sep 2005 22:56 GMT | 3 |
Can somebody help me about this pb. Everybody knows that photon is the quantum of light and the spin is null (-> no particular direction in space and relatively to the direction of its mvt)? Everybody knows also that em wave can be polarized (-> ther is a particular direction). ...
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| Does any of this make sense ??? | 10 Sep 2005 01:59 GMT | 25 |
"De-Mystifying" Theoretical Physics I am not a professional physicist. I am nothing but an enthusiastic amateur. Neither am I a professional mathematician. I would rate my level of mathematical knowledge as probably just above A-Level standard. So I am
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| e=mc^2 and e=1/2mv^2 | 09 Sep 2005 11:06 GMT | 5 |
I see that e=mc^2 is a special case of e=1/2mv^2, for v=c except there is no 1/2 constant term in the second equation. Why is the 1/2 constant missing in the e=mc^2 formula? cheers,
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| Info on Barrett SU(2) gauge, monopoles etc | 06 Sep 2005 16:21 GMT | 1 |
If anyone own the paper of Barrett in the following or know where to view it, let me know as I'd like to see the entire article: Barrett, T.W., "Comments on the Harmuth ansatz: Use of a magnetic
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