一种可以在极端环境中生存的细菌的发现为英国宇宙学教授保罗·戴维斯所倡导的一种新理论提供了有力证据。
The discovery of a bacteria that can exist in extreme environments adds weight to a new theory championed by the British cosmologist Professor Paul Davies.
爱因斯坦的理论对于日后的天体物理学和宇宙学意义非凡。
Einstein's theory had tremendous implications for the future of astrophysics and cosmology.
这个M理论所希望达成的整合理论已然成为了继爱因斯坦之后宇宙学的圣杯。
The unified theory that M-theory hopes to be has been the cosmological Holy Grail since Einstein.
戴维斯的研究侧重于宇宙论、量子场理论和太空生物学。
Davies' research focuses on cosmology, quantum field theory and astrobiology.
然而，我觉得它们之中的任何一本都未真正提到那些导致我研究宇宙学和量子理论的动机的问题。
However, I felt that none of them really addressed the questions that had led me to do research in cosmology and quantum theory.
在剑桥大学自己办公室中斯蒂芬·霍金创立了理论宇宙学的中心。
Stephen Hawking in his office at University of Cambridge, where he founded the Centre for Theoretical Cosmology.
本文对量子引力理论和量子宇宙学作了简单述评，讨论了两者之间的逻辑关系。
Quantum gravity theory and quantum cosmology are simply reviewed and their logical relations are discussed.
这不仅适用于白势力的智慧道路，也适用于相关的遗传学，粒子物理学，声光理论，宇宙论，新式心理学等等领域。
This applies not only to the Wisdom Path of the White Lodge, but also to the related fields of genetics, particle physics, sound and light theory, cosmology, the new psychology, and so on.
然而现有物理学理论还无法给出合理的解释，因此宇宙学常数问题成为物理学和天文学上最重大的疑难之一。
However, the small cosmological constant and cosmic coincidence problem cannot be resolved within the known laws of physics, which is the famous cosmological constant problem in physics and astronomy.
简述目前超弦理论中比较受到研究者较多关注的几个方向，特别是超弦宇宙学以及观测宇宙学的最新进展对理论提出的挑战。
A few active directions in string theory are described in this paper, in particular, string cosmology and challenges to theorists posed by recent results in observational cosmology.
68岁的霍金凭借他1988年出版的《时间简史》一书在全球声名鹊起。《时间简史》讲述了宇宙的起源，该书以霍金在黑洞理论、宇宙学和量子引力方面的研究而著称。
Hawking, 68, who won global recognition with his 1988 book "a Brief History of Time," an account of the origins of the universe, is renowned for his work on black holes, cosmology and quantum gravity.
该文研究了80年代宇宙学的理论进展，提出了80年代是宇宙学理论研究的转折时期。
Having explored the development of the Cosmology theory in the 1980s, the author puts forward that the 1980s are a turning period of the study of the Cosmology theory.
而对现代宇宙学主要理论假说的细致分析，并不能得出“现代科学强有力地支持有限宇宙观”的结论。
More over, based on careful analysis of the hypotheses of modern cosmology , it can 't say that moder…
而对现代宇宙学主要理论假说的细致分析，并不能得出“现代科学强有力地支持有限宇宙观”的结论。
More over, based on careful analysis of the hypotheses of modern cosmology , it can 't say that moder…
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