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2005年是联合国大会确定的“国际物理年”,也是伟大的物理学家爱因斯坦逝世50周年,同时也是爱因斯坦发表他的著名理论——狭义相对论100周年,狭义相对论深化了牛顿所奠定的牛顿力学,深化了牛顿所提出的时空观,从而影响到当代物理学的各个领域,人们公认为这是物理学领域里的大突破,亦即由宏观低速运动领域到宏观高速运动领域的突破,这一突破的重要成果之一,是爱因斯坦首先发现了质量一能量等价的公式E=mc2,并为人类利用原子能指明了方向.在“国际物理年”纪念爱因斯
In 2005, the “International Year of Physics” was established by the UN General Assembly. It was also the 50th anniversary of the death of the great physicist Einstein. It was also the 100th anniversary of Einstein’s famous theory, the special theory of relativity. The special theory of relativity deepened the foundation laid by Newton. The Newtonian mechanics of Newton deepened the view of spacetime proposed by Newton and affected the various fields of contemporary physics. It was recognized that this was a major breakthrough in the field of physics, that is, a breakthrough from the field of macro-low speed sports to the field of macro-high speed sports. One of the important achievements of this breakthrough was that Einstein first discovered the mass-energy equivalent formula E=mc2 and pointed out the direction for humans to use atomic energy. In the “International Year of Physics”, he commemorated Ains.