The Quantization of Gravity

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A groundbreaking exploration of quantizing gravity is presented, addressing a critical gap in the Standard Model of physics, which traditionally excludes gravity. This work achieves canonical quantization through a geometric evolution equation, leading to a gravitational wave equation in globally hyperbolic spacetime. By employing separation of variables, it formulates eigenvalue problems for both temporal and spatial self-adjoint operators. The findings suggest potential applications in understanding dark matter and dark energy, highlighting the implications of quantum statistics within quantized systems.