Black holes embody one of the deepest mysteries of the universe, revealing both the extreme power of gravity and the limits of current physics. These celestial objects, formed from the collapse of massive stars, concentrate an incredible mass into an infinitely small space. As a result, they become natural laboratories where quantum gravity and quantum … Read more
IN SHORT Quantum Gravity: Unification of quantum mechanics and general relativity. Loop Quantum Gravity: Model based on the canonical quantization of relativity. String Theory: Automatically integrates quantum gravity. Theoretical Challenges: Ongoing research to integrate quantum field theories and general relativity. Fluctuations of spacetime: Fundamental concepts in quantum gravity. Spin Foam Models: Innovative approaches to quantum … Read more
IN BRIEF Measurement of gravity at the microscopic scale achieved Research on quantum gravity to unify fundamental forces Quest for a theory unifying general relativity and quantum physics Challenges of particle interactions at the microscopic scale Loop quantum gravity: discrete spacetime Potential impact on cryptography and computability Exploration of issues surrounding quantum measurement and entanglement … Read more