And we have one theory, m theory or string theory, suggests that the constants of nature are pegged to fields that can vary across space in time.
我们有一个理论，M理论或弦理论，认为自然界的常数，是钉在“场”里的，它们随时间和空间而变化。
This observation leads Hawking to a remarkable prediction that will raise the pulsebeat of many readers. Here is his logic: M theory unifies gravity with quantum theory.
基于这个观测结果,霍金作出了一个让很多读者心跳加速的预言.他的逻辑是这样的:M理论统一了量子理论和引力理论;
M theory predicts the existence of ten spatial dimensions.
M理论预测存在10个空间维度。
M theory succeeds in unifying gravity and quantum theories.
M理论在统一量子理论和引力方面比较成功。
His talk will focus on M-theory, a broad mathematical framework that encompasses string theory, which is regarded by many physicists as the best hope yet of developing a theory of everything.
M理论（M-theory）将会成为霍金演讲的中心议题，它是一个囊括了弦理论的大数学框架，很多物理学家将M理论视为推导出万有理论的希望寄托。
String theory (M theory ) predicts that there should be 11 hyperspatial dimensions.
弦理论（M理论）预言，应该有11个超空间维度。
Hawking's view appears to be that the belief in a God-created universe can be supplanted by a belief in M-theory, a good candidate for a fundamental theory of nature at its finest level.
霍金的观点似乎是相信神创世界可以被相信M理论所替代，而M理论是在最精微层次上的良好备选的自然基础理论。
And they conclude with a riveting assessment of M-theory, an explanation of the laws governing us and our universe that is currently the only viable candidate for a complete "theory of everything."
他们以对m理论的精彩评价来结束全书，M理论解释了制约我们和我们宇宙的定律，它还是完备的“万物理论”的目前可行的仅有候选者。
The unified theory that M-theory hopes to be has been the cosmological Holy Grail since Einstein.
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。
Confirmation of supersymmetry would be a shot in the arm for M-theory and help physicists explain how each force at work in the universe arose from one super-force at the dawn of time.
如果能证实超对称性的确存在，那无异于为M理论注入了一针强心剂，物理学家们可以借此来解释宇宙诞生之初，各种作用力是如何从一种超级作用力里诞生的？
Confirmation of supersymmetry would be a shot in the arm for M-theory and help physicists explain how each forces at work in the universe arose from one super-force at the dawn of time.
如果能证实超对称性的确存在，那无异于为M理论注入了一针强心剂，物理学家们可以借此来解释宇宙诞生之初，各种作用力是如何从一种超级作用力里诞生的？
One possibility predicted by M-theory is supersymmetry, an idea that says fundamental particles have heavy – and as yet undiscovered – twins, with curious names such as selectrons and squarks.
M理论预测了超对称性的存在，超对称性认为所有基本粒子都存在伴粒子，这些伴粒子的名称都很奇特，比如超对称电子（selectrons）和超对称夸克（squarks）等，但到目前为止，科学家们还没有发现这种超对称性伴粒子。
Evidence in support of M-theory might also come from the Large Hadron Collider (LHC) at Cern, the European particle physics laboratory near Geneva.
来自于日内瓦欧洲核子物理实验室大型强子对撞机(LHC)的证据也为M理论提供了实验支持。
Evidence in support of M-theory might also come from the Large Hadron Collider (LHC) at Cern, the European particle physics laboratory near Geneva.
来自于日内瓦欧洲核子物理实验室大型强子对撞机(LHC)的证据也为M理论提供了实验支持。
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