Much to the bewilderment of professional scientists, quasi-religious cults are being formed around such unlikely topics as quantum physics, space-time relativity, black holes and the big bang.
令专业水准的科学家十分困惑的是，准宗教崇拜正围绕量子物理学、时空相对论、黑洞和大爆炸等不太可能的话题而形成。
Had he focused on mainstream physics rather than challenge his contemporaries' notion of space and time, he would have undoubtedly received an academic job.
如果当初他从事的是主流的物理领域而非挑战同代人的时间空间观，那么他肯定能够谋取大学里的职位。
Taken together, they provide its natural laws — its physics — overseeing its unique forms of time, space, and gravity.
它们共同为管控数字化生活的独特时间、空间和引力形式制定自然法即物理规律。
Taken together, they provide its natural laws-its physics-overseeing its unique forms of time, space, and gravity.
三者放到一起就造就了属于它们自己的自然定律—它们自己的物理学—创造了它们自己特有的时间、空间和万有引力。
If that is true, though, it is because the laws of physics do not let you warp space-time enough to create them-not because they let you kill your grandfather before you are born.
假如的确不存在，那也是因为物理学定律没有让你把时空扭曲到一定程度来创造这些曲线，并不是因为定律让你的祖父在你出生前就夺去你的生命。
Modern physics has shown that when we move far from the comfort of our everyday lives to explore the extremes of time and space, many of our basic assumptions start to crumble.
现代物理学指出，当我们（的研究范围）从舒适的日常生活拓展到时空的极限时，我们许多基本的假设都不再成立了。
Robert D. Cabana, the director of the Kennedy Space Center, visited his future workplace for the first time in 1970 as a member of the U.S. Naval Academy's Physics Honor Society.
肯尼迪航天中心的主任罗伯特d .卡巴纳，作为美国海军学院物理荣誉团体会员在1970年第一次参观了他未来工作的地方。
The word singularity is borrowed from astrophysics: it refers to a point in space-time - for example, inside a black hole - at which the rules of ordinary physics do not apply.
奇点这个单词来自于天体物理学：它指的是时空中(例如黑洞内部)所有物理理论都失效的一点。
The singularity is located at the heart of a black hole, and is the place where the laws of physics and space-time break down.
奇点位于黑洞的中心，物理和时空法则在这里失去作用。
Today, for example, the team is launching real-time space weather data, 12 complete genomes and local maps, as well as other knowledge domains related to math, biology, physics and geography.
例如在今天，Wolfram Alpha正在发布实时空间气候数据，12组完整的基因数据以及本地地图，以及众多与数学、生物学、物理、地理相关的其他知识领域。
Matter, space, energy and time, they are the fundamental parts in physics today, though their definitions and the essence are still perplexed for answers.
物质，空间，能量，时间是现代物理学的基本组成部分，但是它们的定义和本质还在困惑着我们。
Time and space are one of the key points of physics.
时间与空间是物理学关注的焦点问题之一。
Time and space are important for relativity study in physics. In matter space exists a gravitational field, owning to which time is varied, space is bent, and light trace is changed.
时间和空间是相对论研究的重要物理问题，在物质的空间中，存在引力场，而由于引力场的存在，则会导致时间的变化，空间的弯曲，光线轨迹的改变等。
Physics after Newton has always been trying to construct a real picture of nature, which has been conducted by seeking for the connection between space, time and other physical quantities.
牛顿之后的物理学试图构建关于自然界的实在图景，这一图景通过建立关于空间、时间与其他物理量之间的联络关系来实现。
In the world of time-space in physics, symmetry breaking results in all kinds of particles, interactions, the complicated world and even mankind itself.
在物理学的时空世界中，不同种类的粒子、不同种类的相互作用、整个复杂的自然界，包括人类自身，都是对称性破缺的产物。
So we can get an conclusion to be verified that physical unit has its own space time structure , is consists of multidimensional space time , and can be universally expressed by its STC in physics .
据此我们得到了一个可以确认的答案：物理单位具有时空结构，它们都是由多维时空构成的并且可以用时空组态对其进行物理学表述。
The Schrodinger equation of time - dependent harmonic oscillator is solved by the time space transformation, and its application in physics is presented.
利用时空变换法求解含时谐振子的薛定谔方程，并对这类问题在物理上的应用作了说明。
The two important characteristics of Lorentz transformation are discussed from the viewpoints of mathematics and physics, which are the time space symmetry and the time space relativity.
本文从数学和物理学的角度分析、讨论了洛伦兹变换的两个重要性质，即“时空对称性”和“时空相对性” 。
It defied your laws of physics to transport matter through time and space.
它打破物理定律，穿越时空来运输。
Understanding Space-Time will interest readers in philosophy, history and philosophy of science, and physics, as well as readers interested in the relations between physics and philosophy.
理解空间时间将使读者对哲学感兴趣，历史和科学和物理学，以及在物理学和哲学之间对关系感兴趣的读者。
These virtual characters can get beyond space, time and life expectancy. The space of "virtual world" refers to the fourth dimension (4d) which is, however, different from "time" element in physics.
这些虚拟角色不仅超越时空，也超越人生的生命，而这个“虚拟世界”存在的空间，即是当下所谓的第四度空间-“4d”，它有别于物理学上所谓的“时间”因素。
Newton's physics offered us laws applicable to all events in space and time.
牛顿物理学则给出了适用于时空中所有事件的规律。
Newton's physics offered us laws applicable to all events in space and time.
牛顿物理学则给出了适用于时空中所有事件的规律。
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