Tachyons是如何出现的？
How Might Tachyons Appear?
摘要：
假设超光速物质的存在，被称为“tachyonic”，我们重新考虑可能的洛伦兹风格之间的转换tachyon观察员和亚光速（“braydons”）观察员。我们考虑一个独特的可能性，从一个简单的论点的基础上相对运动作为李群。这个结果是新颖的，因为它要求快子观测者的时间方向被反转。我们用这个结果来寻找超腔观察者之间的转换。一个扩展的讨论{ \it推测}，关于与亚空间管腔状态对偶的管腔上状态的物理证据和后果。看来，超腔粒子可能是非常低的能量，因此难以检测。然而，它们的动量可能很大，这取决于它们的渐近质量。快子是天文学上的“暗物质”的候选者，也许是真空能量，正如宇宙学常数所显示的那样。量子快子可能被检测为对应于它们的德布罗意波长的卡西米尔型测量的周期性变化。我们认为，超光速和亚光速粒子可以纠缠在柯西和事件视界，使过渡可能是量子粒子。
英文摘要：
Assuming the existence of supra luminal matter, referred to as 'tachyonic', we reconsider possible Lorentz style transformations between tachyon observers and sub luminal ('braydons') observers. We consider a unique possibility following from a straightforward argument based on relative motion as a Lie group. The result is novel in that it requires the time direction to be reversed for tachyon observers. We use this result to find the transformation between supra luminal observers. An extended discussion {\it speculates} concerning physical evidence for, and consequences of, a supra luminal regime dual to the sub space luminal regime. It appears that supra luminal particles are likely to be of very low energy and hence be difficult to detect. However, their momentum may be significant depending on their asymptotic mass. Tachyons are candidates for astronomical 'dark matter' and perhaps vacuum energy as manifested in the cosmological constant. Quantum tachyons might be detected as periodic variations in Casimir type measurements corresponding to their De Broglie wavelength. We suggest that supra luminal and sub luminal particles can be entangled at both Cauchy and event horizons, so that transitions may be possible for quantum particles.
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