TITLE:
On the Quantization of Time, Space and Gravity
AUTHORS:
Joseph Kongani Wamukoya
KEYWORDS:
Heisenberg Uncertainty Principle, de Broglie Wave Equation, String Theory, Motion in a Gravitational Field Equation, Linear Displacement, Quantum Photon Energy
JOURNAL NAME:
Journal of Modern Physics,
Vol.11 No.11,
November
11,
2020
ABSTRACT: We combine the de Broglie Matter Wave Equation with the Heisenberg Uncertainty Principle to derive an equation for time as a wave. This happens to be the first time that these two statements have been combined in this manner to derive an equation for time. The result is astounding. Time turns out to be a minuscule blob of quantum electromagnetic energy in perpetual angular momentum. From this time equation, we derive an equation for space which turns out to also predict a string (like the string of string theory). We then combine the time equation with the space equation to derive an equation for the inverse of quantum gravity which is also surprisingly electromagnetic in nature. This last statement implies that space is multidimensional and gravity in multidimensional space is not quantized, but its inverse (which is single-dimensional) is.