Recent content by elisir

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    Transitivity condition for Einstein synchronization and the one-way light speed

    In so doing, one uses the commercial equipments to extracts scientific data from. I gauss that this can not reach the precision of 0.1 nm/s on the anisotropy of the one-way light speed in mSME inferred from the absence of Cerenkov radiation for the ultra-high-energy-cosmic radiation, or 1 nm/s...
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    Transitivity condition for Einstein synchronization and the one-way light speed

    True. This null result, however, should lead to a bound on the anisotropy of the one-way light speed. The one-way light speed is isotropic with the precision of these commercial gyros. I am quite sure that this null result has not been translated to the anisotropy of one-way light speed. Such a...
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    Transitivity condition for Einstein synchronization and the one-way light speed

    A quick reply: I do not rotate it myself. My laboratory might be rotating. I measure the phase difference of lights moving clock-wise and anti-clockwise on the perimeter of various triangles. If the phase difference is a functional of the area of the triangle (as you suggest that the Sagnac...
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    Transitivity condition for Einstein synchronization and the one-way light speed

    There exists no angular velocity in Trimmer method. The triangle is not rotating, the angular velocity is vanishing. So what you measure is not Sagnac effect. The Trimmer paper is about five pages: http://prd.aps.org/abstract/PRD/v8/i10/p3321_1 Please take a glimpse on this paper.
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    Transitivity condition for Einstein synchronization and the one-way light speed

    A rotating frame leads to a specific beat frequency. That is the beat frequency is a functional of the parameters determining the configuration of the triangle and the circular velocity of the inertial frame. Measure the beat frequency, if that frequency profile coincides to the profile you...
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    Transitivity condition for Einstein synchronization and the one-way light speed

    It was the thing that I did not know. Have good times.
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    Transitivity condition for Einstein synchronization and the one-way light speed

    Dear Matheinste, You are right that any-closed path can be broken to pieces. We then can integrate over the pieces. But on every piece of line, we have two bits of information: the light speed in both directions. When you consider a straight line, you break the line, on every piece you have...
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    Transitivity condition for Einstein synchronization and the one-way light speed

    First thank you. If we go to theories that include a generalisation of special relativity that allows for anisotropy of one-way light speed, such as SME, then the triangular geometry will measure the anisotropy of the one-way speed of light. This is similar to Sagnac effect but it is not that...
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    Transitivity condition for Einstein synchronization and the one-way light speed

    I discard your teasing questions. Perhaps this is another teasing. I have better method to tease. Look :P .. please discard the possibility that you are a super being and answer. Have you ever heard of the detectors? Measure the time. Send a pulse to a mirror, have that pulse reflected back to...
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    Transitivity condition for Einstein synchronization and the one-way light speed

    The geometry you describe, in the closed path you propose, the light speed in both direction exist. In triangular geometry, once you choose clockwise or anti-clockwise direction only one direction of the light speed exists. You can not break down let's say the clockwise direction on the...
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    Transitivity condition for Einstein synchronization and the one-way light speed

    Imagine that streets have an upper speed limit and this speed limit is the light speed. Imagine that you have a car that could instantly reach the speed of light. Imagine that you don't want to get any speed ticket, but you will derive as fast as possible. Imagine that streets are not...
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    Transitivity condition for Einstein synchronization and the one-way light speed

    Do not keep the system rotating. Rotate the triangle. stop rotating. Now every thing is in inertial system. Measure the beat frequency. Does the beat frequency depend on the configuration of the triangle? if yes, you have detected the one-way anisotropy of light. Could you please spare me why...
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    Transitivity condition for Einstein synchronization and the one-way light speed

    Einstein wrote his paper correctly. In page 3, of the english translation of his paper, here www.fourmilab.ch/etexts/einstein/specrel/specrel.pdf After defining synchronisation he writes that We assume that this definition of synchronism is free from contradictions, and possible for any...
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    Transitivity condition for Einstein synchronization and the one-way light speed

    Imagine an arbitrary deviation from one-way anisotropy. The glass is there, to measure just one particular deviation. Measuring the rest of deviations, do not need a glass. I am not suggesting otherwise. The Trimmer experiment returned null results for one-way light speed. The MMX returns null...
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    Transitivity condition for Einstein synchronization and the one-way light speed

    The mathematical framework for the triangular system is that of Trimmer experiment, extended to resonators in section II of http://arxiv.org/abs/1010.2057 This is your assumption. If you assume that there exists a frame in which the Lightspeed is isotropic, you confine yourself to theories...
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