Energy to Energy to Mass Conversion

.The standards obtained by different text book about different Particles and Energy are different in different units. Like:- Mass value of Neutron 1.6749 x 10^-27 Kg. Proton mass 1.672623 x 10^-27 Kg, electron mass 9.109390 x 10^-31 Kg, Atomic mass 1.66050 x 10^-27 Kg in amu Unit, Neutron mass1.008664 u, Proton mass 1007276 u. electron mass 0.0005458 u. As per, e = mC^2 one energy 1.6021766 x 10^-34 Joule. Equivalent mass 1.782662 x 10^-36 Kg. There was a lot of curiosity in the quality of the same mass, same energy its answers and the strong desire to know the secrets of those numbers, digits, values. Then I went to find their relationship and saw the relationship between the values and numbers and digit obtained from all these units, and without unit. Find same value either quantity, or almost same number digit from these used Units and without Units, without power with power. For example 1.6021766 x 10^-34 Joule = 1.6021766 Unit. Energy 1.782662 x 10^-36 Kg. = 1.782662 Unit mass like this. I found the hadith of the original and prime, or root of numbers/digits in them. If the same result is found again and again and in different ways, then in the language of science it is considered as evidence. From this belief I have tried to present all those calculations in each article. It seemed my duty to tell everyone about it, Then in each article I have tried to describe each step as briefly as possible. Although I have to admit, I don't know how successful this effort has been with my little knowledge. In some cases, the change of language and the rules of writing in scientific terms have caused problems, So I have tried to make it suitable for all types of readers to understand easily. This article discusses the value of mass in each color’s light, and the value and origin of the digit and what their weight and mass might be.不同教材中关于各类粒子与能量的标准，因采用的单位不同而存在差异。例如：中子质量为1.6749×10^-27千克（Kg）；质子质量为1.672623×10^-27千克，电子质量为9.109390×10^-31千克；以原子质量单位（amu）计量时，原子质量为1.66050×10^-27千克，中子质量为1.008664 u，质子质量为1.007276 u，电子质量为0.0005458 u。根据质能方程E=mc²，1份能量对应1.6021766×10^-34焦耳（J），其等效质量为1.782662×10^-36千克。 人们对于这类质量与能量的数值始终抱有强烈好奇，渴望洞悉这些数字、数位与数值背后的奥秘。为此，我着手探寻它们之间的关联，梳理了所有这些单位制下及无单位的数值、数位间的关系，试图从带幂次与无幂次的各类单位及无单位场景中，找到数值相同或相近的量。例如：1.6021766×10^-34焦耳=1.6021766个能量单位；1.782662×10^-36千克=1.782662个质量单位，诸如此类。 我从中发掘出了这些数字、数位的本原与根源。若某一结论能够通过反复验证与多种途径得到，则在科学语境中即可被视为佐证。秉持这一理念，我尝试在每一篇文章中呈现所有相关计算。我认为将这些发现分享给所有人是我的职责所在，因此在每篇文章中都尽可能以简洁的方式阐述每一个步骤。诚然，我必须承认，以我有限的学识，无法断言这项尝试是否成功。部分情况下，语言转换与科学术语的书写规则曾带来困扰，因此我尽力让内容易于各类读者理解。 本文探讨了各色可见光的质量数值，以及相关数位的数值与起源，还有它们可能具有的权重与质量。