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首页> 外文期刊>Journal of Modern Physics >Dark Matter as the Gravitized Vacuum: A Brief Note and Experimental Proposal
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Dark Matter as the Gravitized Vacuum: A Brief Note and Experimental Proposal

机译:作为引力真空的暗物质:简要说明和实验建议

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The gravitized vacuum is operationally defined as the vacuum of space sufficiently close to any gravitating massive body, or collection of bodies, such that its gravitational energy field strength and density are observed, or expected, to be greater than that of deep intergalactic space. It is hypothesized that the contributions to gravitational lensing and excess galactic/peri-galactic rotational inertia currently attributed to dark matter could be predictable effects of increased energy density, with corresponding mass effects, of a gravitized vacuum acting in the manner of a near-absolute zero superfluid. This hypothesis should be testable by an earth-based laboratory with the apparatus and procedure described herein.
机译:引力真空在操作上被定义为足够接近任何引力的大块物体或物体集合的空间真空,从而观察到或预期其重力能场强度和密度大于深银河系空间的重力和密度。据推测,引力透镜和当前归因于暗物质的过量星系/银河周围的旋转惯性的贡献可能是引力真空以接近绝对的方式作用的能量密度增加的预期效果,以及相应的质量效应。零超流体。该假设应可由地球实验室使用本文所述的设备和程序进行检验。

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