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How Kieffer Density Matrix Formalism Aids Different Initial Time Steps, Leading to Lorentz Violations, and Breakup of Primordial Black Holes for GW Generation

How Kieffer Density Matrix Formalism Aids Different Initial Time Steps, Leading to Lorentz Violations, and Breakup of Primordial Black Holes for GW Generation
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摘要 A result from Kieffer, as outlined at the beginning of the article identifies two different candidates for initial time steps, delta t. We assert that this difference in time steps may be related to a specific early universe Lorentz Violation. The author asserts that the existence of early universe Lorentz violation in turn is assisting in a breakup of primordial black holes. And that also has a tie into Kieffer different time steps as outlined. And the wrap up is given in the final part of this document. A result from Kieffer, as outlined at the beginning of the article identifies two different candidates for initial time steps, delta t. We assert that this difference in time steps may be related to a specific early universe Lorentz Violation. The author asserts that the existence of early universe Lorentz violation in turn is assisting in a breakup of primordial black holes. And that also has a tie into Kieffer different time steps as outlined. And the wrap up is given in the final part of this document.
作者 Andrew Beckwith Andrew Beckwith(Physics Department, College of Physics, Chongqing University, Chongqing, China)
机构地区 Physics Department
出处 《Journal of High Energy Physics, Gravitation and Cosmology》 2021年第4期1315-1327,共13页 高能物理(英文)
关键词 Kieffer Density Matrix Initial Time Lorentz Violations Black Holes Kieffer Density Matrix Initial Time Lorentz Violations Black Holes
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