量子力学与超光速运动

在量子力学创立时,理论上受到两个物理上的基本限制:一是普朗克常数h(或h),它常以能量子ε=hv(或ε=hω)的形式出现;另一个就是狭义相对论,它除了能量和动量关系不同于牛顿的表达式外,更主要的是加上了光速不可逾越的限制.而量子力学的各种概念几乎都涉及到超光速运动,因此,量子力学的建立和发展过程就是一个回避超光速运动描述的过程.而物理事实表明,超光速运动或许是亚原子内部运动的基本特征.因此有必要用新的观点来重新审视量子力学.

Quantum Mechanics and Superluminal Speeds

There are two essential limits in the physics for quantum mechanics when it was founded.One is the Planck's constant which is denoted by h(or h).The other is the special theory of relativity,which leads to the conclusion that the velocity of light is the limiting velocity for material particles.But many concepts come down to the faster velocity of light.So,we must afresh our survey of the quantum mechanics.