hypergenesis theory
超生子理论
witness hypergenesis
目睹超生子
hypergenesis event
超生子事件
studying hypergenesis
研究超生子
early hypergenesis
早期超生子
hypergenesis process
超生子过程
observe hypergenesis
观察超生子
potential hypergenesis
潜在的超生子
modeling hypergenesis
模拟超生子
detecting hypergenesis
探测超生子
the theory posits a rapid hypergenesis of the universe from a quantum fluctuation.
该理论认为宇宙可以从量子涨落中经历快速的超生。
scientists are investigating the possibility of hypergenesis in early cosmological models.
科学家正在研究早期宇宙学模型中超生可能性的问题。
hypergenesis scenarios often involve exotic matter and negative energy densities.
超生情景通常涉及奇异物质和负能量密度。
a runaway hypergenesis could lead to a singularity and the end of spacetime.
失控的超生可能导致奇点和时空的终结。
the concept of hypergenesis challenges standard big bang cosmology.
超生的概念挑战了标准的大爆炸宇宙学。
simulations explore the conditions necessary for initiating hypergenesis.
模拟研究启动超生所需的条件。
hypergenesis is a highly speculative area of theoretical astrophysics.
超生是理论天体物理学中一个高度推测的领域。
the rapid hypergenesis of a region could create a wormhole.
区域的快速超生可能创造一个虫洞。
understanding hypergenesis might reveal new physics beyond the standard model.
理解超生可能会揭示标准模型之外的新物理学。
the implications of hypergenesis for black hole formation are significant.
超生对黑洞形成的意义重大。
hypergenesis research requires advanced mathematical tools and computational power.
超生研究需要先进的数学工具和计算能力。
some theories suggest a cyclical universe involving repeated phases of hypergenesis.
一些理论表明存在涉及重复超生阶段的循环宇宙。
hypergenesis theory
超生子理论
witness hypergenesis
目睹超生子
hypergenesis event
超生子事件
studying hypergenesis
研究超生子
early hypergenesis
早期超生子
hypergenesis process
超生子过程
observe hypergenesis
观察超生子
potential hypergenesis
潜在的超生子
modeling hypergenesis
模拟超生子
detecting hypergenesis
探测超生子
the theory posits a rapid hypergenesis of the universe from a quantum fluctuation.
该理论认为宇宙可以从量子涨落中经历快速的超生。
scientists are investigating the possibility of hypergenesis in early cosmological models.
科学家正在研究早期宇宙学模型中超生可能性的问题。
hypergenesis scenarios often involve exotic matter and negative energy densities.
超生情景通常涉及奇异物质和负能量密度。
a runaway hypergenesis could lead to a singularity and the end of spacetime.
失控的超生可能导致奇点和时空的终结。
the concept of hypergenesis challenges standard big bang cosmology.
超生的概念挑战了标准的大爆炸宇宙学。
simulations explore the conditions necessary for initiating hypergenesis.
模拟研究启动超生所需的条件。
hypergenesis is a highly speculative area of theoretical astrophysics.
超生是理论天体物理学中一个高度推测的领域。
the rapid hypergenesis of a region could create a wormhole.
区域的快速超生可能创造一个虫洞。
understanding hypergenesis might reveal new physics beyond the standard model.
理解超生可能会揭示标准模型之外的新物理学。
the implications of hypergenesis for black hole formation are significant.
超生对黑洞形成的意义重大。
hypergenesis research requires advanced mathematical tools and computational power.
超生研究需要先进的数学工具和计算能力。
some theories suggest a cyclical universe involving repeated phases of hypergenesis.
一些理论表明存在涉及重复超生阶段的循环宇宙。
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