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WSTech Labs Achieves Breakthrough in Unifying Quantum Mechanics and General Relativity
Groundbreaking development in theoretical physics, bridging the long-standing gap between quantum mechanics and Einstein's theory of general relativity. Our team has successfully developed advanced computational algorithms that solve and integrate complex equations, marking a major step forward in connecting these two foundational fields of physics. This breakthrough is centered around the following equation:
R(E) = E(h) × E(w)
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The Groundbreaking Equation by WSTech Labs
• R(E): Represents the curvature of spacetime influenced by energy density, which can be related to the scalar curvature R in general relativity.
• E(h) and E(w): These denote the expectation values of the quantum fields, potentially reflecting different characteristics such as spatial dimensions or internal quantum states.