A Theoretical Study of Link between Gravity and Dynamics of Quantum Liquids and Evaluation of some of Its Parameters

S. Singh, A. Sinha, L. K. Mishra
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Abstract

Using the theoretical formalism of G E Volvik and Macro Fedi, we have studied the links between gravity and dynamics of quantum liquids. We have also outlined the gravity as a fluid dynamic phenomenon in super fluid quantum space. The detailed studies are the following: From above theoretical investigation, we have discussed effective gravity of super fluids. Quantized vortices with circulating super fluid velocity around them simulate the spinning cosmic strings. We have very elaborately discussed gravity as fluid dynamic phenomenon in a super fluid quantum space (SQS). We have outlined various examples in which quantum phenomenon resembles quantum super fluid.
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引力与量子液体动力学关系的理论研究及其若干参数的评定
利用Volvik和Macro Fedi的理论形式,我们研究了量子液体的引力与动力学之间的联系。我们还概述了引力作为超流体量子空间中的流体动力学现象。具体研究如下:从上述理论研究出发,讨论了超流体的有效重力。量子化的漩涡周围有循环的超流体速度,模拟了旋转的宇宙弦。我们非常详细地讨论了引力作为超流体量子空间(SQS)中的流体动力学现象。我们已经概述了量子现象类似于量子超流体的各种例子。
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