Challenges in Unifying Quantum Mechanics and Gravity

The ongoing debate regarding the unification of quantum mechanics and general relativity highlights fundamental discrepancies between the two theories. Mathematically, the challenges arise from inherent divergences when attempting to apply quantum field theory to gravity, resulting in issues that cannot be resolved using conventional approaches. Experimentally, the lack of evidence demonstrating how quantum properties interact with gravitational forces further complicates our understanding. This highlights a critical need for innovative experimental setups capable of probing the intersections between quantum phenomena and gravitational effects.