相对论翻译(水文章)

英语： Relativity is about space and the basic theory of gravity, mainly by Albert Einstein (on, Albert, Einstein founded, relativity) (special relativity) and general relativity (general relativity). The theory of relativity hypothesis is the basic principle of relativity, the laws of physics and the choice of reference. Special relativity and general relativity, the former is the difference of uniform linear motion is discussed the inertia reference frame of reference (between) of the laws of physics, the latter is extended to the acceleration of the frame of reference (noninertial system), and the equivalence principle assumptions, widely applied in the field. Relativity and quantum mechanics are two fundamental of modern physics. Classical physics foundation of classical mechanics, unfit for high-speed motion object and microeconomic fields. High-speed motion problems solved relativity, Quantum mechanics, solve the problem of micro subatomic conditions. Relativity overturned on the universe and human nature “common sense” concept, put forward the relative time and space “and” space “and” bending four-dimensional space "new concept. Special relativity in 1905, puts forward relativity in 1915.
英语： 相对论是关于空间和引力的基本理论，主要由阿尔伯特·爱因斯坦（on， Albert， Einstein founded， relativity）（狭义相对论）和广义相对论（General relativity）所著。相对论假说是相对论的基本原理、物理定律和参考的选择。狭义相对论和广义相对论，前者是匀速直线运动的差值是讨论惯性参考系（间）的物理定律，后者则扩展到加速度系的参考系（非惯性系），以及等效原理的假设，在该领域得到了广泛的应用。相对论和量子力学是现代物理学的两个基本原理。经典物理学 经典力学的基础，不适合高速运动物体和微观经济领域。高速运动问题解决了相对论、量子力学、微亚原子条件问题。相对论颠覆了宇宙与人性的“常识”概念，提出了“相对时空”和“空间”和“弯曲的四维空间”的新概念。狭义相对论在 1905 年提出相对论。
Due to Newton’s law of relativity, which means any proposed any object space is subject to force. Therefore, in the entire universe does not exist inertial observer. In order to solve this problem Einstein’s theory of relativity.
由于牛顿相对定律，这意味着任何提议的 any 对象空间都会受到力的影响。因此，在整个宇宙中不存在惯性观察者。为了解决这个问题，爱因斯坦的相对论。
The most famous relativity of inference is energy formula, it can be used to calculate the process of nuclear energy, and lead to the birth of the atomic bomb. But general theory of relativity predicted gravitational lensing and black holes, also have been confirmed by astronomical observations.
最著名的推理相对论是能量公式，它可以用来计算核能的过程，并导致原子弹的诞生。但广义相对论预测了引力透镜和黑洞，也已得到天文观测的证实。
The theory of relativity, Einstein had a great influence on the scientific theory of relativity, including the principle and general relativity.
相对论，爱因斯坦对科学相对论产生了很大的影响，包括原理和广义相对论。