The Influence of Spacetime Curvature on Black Hole Temperature and Quantum Uncertainty

This paper invistigates the effects of general relativity and Hawking Radiation on Quantum fluctuations and uncertainty principle. We are all familiar with the concept that we can never reach absolute zero, but we never questioned it why. One way to approach this problem is with the uncertainty principle, where we cannot know the momentum and position of a particle all at once. But if we incorporate general relativity with the Hawking radiation formula, we might get a better answer from a different perspective.