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| Would Special Relativity need modifying, if nothing can be at absolute rest? | 14 Jan 2006 01:34 GMT | 19 |
Special relativity tells us the following: Fundamental fermions cannot be accelerated to the speed of light in a vacuum. I would like to suggest that the following statement should be taken
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| Field equations for motor winding | 14 Jan 2006 00:56 GMT | 3 |
Where can I find material on winding DC motors? Web searches tend to turn up sites that want to sell them. I'm looking for info on coil winding, commutator placement (that is, how should the commutator be oriented in relation to the armature coils), forces generated from a
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| Energy stored in a magnetic field | 14 Jan 2006 00:41 GMT | 3 |
Lets say you generate two powerful magnetic fields and position them repulsively. As you try to press them together (forget about obstruction from the hardware actually making the field) potential energy is stored in the field. Is there an upper limit on how much
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| Q: Current Loop - Closed-form Equations? | 11 Jan 2006 04:54 GMT | 10 |
Happy New Year Everyone! Say, does anyone have the magnetic field equation for a current loop? Here's exactly what I need: 1). Wire is of negligible thickness relative to loop's radius
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| FTL Data Transmission Line version 2006... | 09 Jan 2006 15:39 GMT | 11 |
Simulation of the design showing propagation speed that of millions times faster than the speed of light in vacuum. This new design uses passive components and simulation test setup in SwitchCad uses single 1 ns pulse with 300 ps edges.
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| can light be bent by electromagnetic fields? | 09 Jan 2006 15:04 GMT | 4 |
can light be bent by electromagnetic fields?
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| Curled Up / Small Dimensions In String Theory? Moving Dimensiosn Theory Doesn't Need Them | 09 Jan 2006 02:38 GMT | 18 |
http://physicsmathforums.com When string theorists say that higher dimensions are "too small" or "curled up," what do they mean? Suppose, for instance, that the x dimension was curled up in three
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| FTL Data Transmission Line version 2006... | 08 Jan 2006 23:12 GMT | 1 |
http://www.tyrellinnovations.com/passiveFTLline.pdf Shows simulation result for 1 m long FTL Transmission Line Design. This is a public record. Sincerely,
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| Rationale for Frohlich Oscillations | 08 Jan 2006 15:35 GMT | 1 |
Hi, Sci.physics.electromag, Anyone familiar with the work of Dr. Herbert Frohlich? What's the rationale for the so called Frohlich Coherence? Basically. It is described thus: "that if two large molecules are
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| 2006 -- THE YEAR OF MOVING DIMENSIONS THEORY : STRING THEORY IS SO 2003 | 05 Jan 2006 10:16 GMT | 19 |
Well then, you are on. I will post "a well motivated text which contains no obvious flaws and does not *strictly* contradict experiment." And I will go further.
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| Derivation of Coulomb's Law frorm Maxwell's Equations (Gauss's Law) | 04 Jan 2006 19:20 GMT | 7 |
I'm trying to derive Coulomb's Law from Gauss's Law. On http://people.bu.edu/wwildman/WeirdWildWeb/courses/sl/resources/physics/em/em01.htm there is a derivation, however it appear to make an assumption. This is that the electric field is spherically symettric from a point charge.
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| String Theory's & LQG's Successes | 03 Jan 2006 23:36 GMT | 13 |
I am compiling a list of papers that represent String Theory's & LQG's successes. I am looking for papers on String Theory, or LQG, that 1) model a fundamental physical reality from which both quantum
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| How far does a photon move in the time dimension when it travels for one second? | 03 Jan 2006 15:59 GMT | 46 |
How far does a photon move in the time dimension when it travels for one second? How far does a photon move in the spatial dimension when it travels for one second?
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| Is it Possible For A Particle To Stay Completely Still in Space-Time? | 02 Jan 2006 19:45 GMT | 69 |
What is the minium velocity that a particle can have through space-time? What is the maximum velocity that a particle can have through space-time?
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