论文标题
重力时期的光学重力
Optical gravity in a graviton spacetime
论文作者
论文摘要
虽然哈勃红移通常与时空的膨胀有关，但一个开放的问题涉及从红移光子，重力和重力波损失的能量中。一种可能性是引起重力。在一般相对论的光学机械类比中，相对论的光偏转被视为在不同密度梯度的光学介质中的折射。现在，我们将时空的光学介质模拟模拟为真正的重力偶联物，使所有质量相互联系。假定局部质量系统中的重力在与时空结构内的颗粒相重的相干量子状态中组织。然而，随着哈勃红移的转移，重力将获得更长的波长，因为它们被转移到较不连贯的状态。假设从重力子中损失的动量和能量可以转移到颗粒上，则通过质量进行相互筛选会产生与重力一致的吸引力。讨论了模型的一些可能的宇宙学含义。
While the Hubble redshift is generally linked to expansion of spacetime, an open question concerns where the energy lost from redshifted photons, gravitons and gravitational waves goes. One possibility is that it gives rise to gravity. In the optical-mechanical analogy in general relativity, relativistic light deflection is treated as refraction in an optical medium of varying density gradient. We now model the optical medium analogue of spacetime as a real graviton conjugate interlinking all masses. Gravitons in local mass systems are assumed to be organized in coherent quantum states overlapping with those of particles within spacetime structures. With the Hubble redshift, however, gravitons acquire longer wavelengths as they are shifted to less coherent states. Assuming that the momentum and energy lost from gravitons is transferrable to particles, mutual screening by masses then gives rise to an attractive force with a magnitude consistent with gravity. Some possible cosmological implications of the model are discussed.
