论文标题
新的量子自旋视角对量子重力的含义
Implications of New Quantum Spin Perspective In Quantum Gravity
论文作者
论文摘要
量子重力中新的量子自旋视角的后果是深远的。循环量子重力的这种新颖观点的结果，即，已知几何算子（例如面积和体积算子）的方程式的修改。从这个角度使用新提出的公式，基本常数的大小，例如降低的普朗克常数\（\ hbar \），引力常数\（g \），光\（c \）的速度（boltzmann constands \（k_β\），k_β\），良好的结构常数\（α\），有效。借助这一观点，我们找到了基本的普朗克数量和派生数量的新公式。我们还为普朗克恒星提出了新的公式，例如大小，曲率，表面积和黑洞的尺寸（对于普朗克恒星），而无需改变其意义。量子自旋与普朗克温度的关系\（t_ {p} \）\（（（（t_ {p} \ propto n^{2}）\），planck mass \（m_ {p} \） \（（（l_ {p} \ propto n）\）也使用这种新颖的视角提出
Consequences of new quantum spin perspective in quantum gravity are far-reaching. Results of this novel perspective in loop quantum gravity, i.e., the modification of the equation of geometrical operators such as the area and the volume operator are known. Using newly proposed formula from this perspective, the magnitude of fundamental constants such as the reduced Planck constant \(\hbar\), the gravitational constant \(G\), the speed of light \(c\), the Boltzmann constant \(k_β\), the fine structure constant \(α\), can be validated. With the aid of this perspective, we find new formulas for the fundamental Planckian quantities and the derived Planckian quantities. We also propose novel formulas for the Planck star such as the size, the curvature, the surface area and the size of black hole (for the Planck star) without modifying its significance. The relation of the quantum spin with the Planck temperature \(T_{P}\) \((T_{p} \propto n^{2})\), the Planck mass \(m_{P}\) \((m_{P} \propto n^{2})\), the Planck length \(l_{P}\) \((l_{P} \propto n)\) are also proposed using this novel perspective
