An experiment discovery about gravitational force changes in materials due to temperature variation

The authors discovered in first time that the weight of materials or its gravitational force by earth related to its temperature and its ferromagnetism. An experiment was designed to elevate the temperatures of six different materials （Au, Ag, Cu, Fe, Al, Ni） up to 600 ℃and precisely measured their weights. It is found all the materials weigh about 0.33 ‰ - 0. 82 ‰ less. For example the weight of silver sample weighted by a precision electronic scale in a manner of special design decreases about 0.8 ‰, when its temperature is elevated to 600 ℃. Thus different metals＇ gravitational forces or weights are adjusted with temperature variation.

The Nature of Light

关于红外线的、可见的光的光子 h 的精力单位的宽分发，紫外， Gamma 光线和 X 光线建议光子不是基本粒子，并且每光子由 N 组成微光子[1 ] egual 质量。我们发现光子和 N() 的波长的产品是不变的 =N()[2 ] 。然后， Plack 的常数和波浪粒子两重性的新解释基于微光子的理论被形成。光子的波长只是距离间隔在之间二邻近微光子并且频率代表数字微光子每联合起来射出时间。由 N 数字的空间结构指导了微光子，现在的论文另外推断在所有惯性的框架的 c = defincted 是 invarient，是总是真的。现在，原则光，由爱因斯坦不变的速度不再是一个假设，而是一个事实。然而，波长和频率的调查结果有时在不同惯性的框架不同，它将可能质问相关性的原则。另外，孔 difraction，折射和 reflectron 的公式进行了。