Methods of Calculating Potential Energy in Substances and Light, Method of Creating Timeless Condition, and Methods of Creating Reverse Time

摘要

The method of calculating potential energy in substances as can be seen in the formula below in [Math.1]. E as is defined here is the potential energy in a substance, T is time the substance passes under no gravity, m₁ is mass (at its initial value), c₁ is velocity of light (at its initial value), and Tk is time the substance has passed under no gravity.; $$ \begin{array}{cc}E=\sum _{K=1}^Tm_1{c_1\left(1-T_K/T\right)}^2\left(1\leqq K\leqq T\right)& \left[\mathrm{Math}.1\right]\end{array}$$ ;Further, the method of calculating potential energy in light as can be seen in the formula below in [Math.2]. E as is defined here is the potential energy in a substance, T is time the light passes under no gravity, m₁ is mass (at its initial value), c₁ is velocity of light (at its initial value), and Tk is time the light has passed under no gravity.; $$ \begin{array}{cc}E=\sum _{K=1}^Tc_1\left(1-T_K/T\right)\left(1\leqq K\leqq T\right)& \left[\mathrm{Math}.2\right]\end{array}$$ ;In addition, the formula below in [Math.3 ] sets up as derived from [Math.1] and [Math.2]. E as is defined here is the potential energy in a substance or light, m₁ is mass (at its initial value), c₁ is velocity of light (at its initial value), Tk is time the substance or light has passed under no gravity, and T is time the substance or light passes under no gravity, namely, the existence of time itself.; $$ \begin{array}{cc}\mathrm{When}E=\sum _{K=1}^Tm_1c_1{\left(1-T_K/T\right)}^2\left(1\leqq K\leqq T\right)\mathrm{and}E=\sum _{K=1}^Tc_1\left(1-T_K/T\right)\left(1\leqq K\leqq T\right),\mathrm{and}\mathrm{when}m_1=c_1=0,\mathrm{then}E=0\mathrm{and}T=\mathrm{Tk}=\infty .& \left[\mathrm{Math}\mathrm{.3}\right]\end{array}$$ ;Moreover, the method of creating reverse time for substances as can be seen in the formula below in [Math.4]. E as is defined here is the potential energy in a substance, T is time the light passes under no gravity, m₁ is mass (at its initial value), c₁ is velocity of light (at its initial value), and Tk is time the light has passed under no gravity.;When; √{square root over (E/Σ_K=1^Tm₁c₁)}−10(1≤K≤T),T_K0   [Math.4];And lastly, the method of creating reverse time for light as can be seen in the formula below in [Math.5]. E as is defined here is the potential energy in a substance, T is time the light passes under no gravity, m₁ is mass (at its initial value), c₁ is velocity of light (at its initial value), and Tk is time the light has passed under no gravity.;When; EΣ_K=1^TC₁(1≤K≤T), then T_K0   [Math. 5]