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Quantum Mechanics (QM) and General Relativity (GR) excel in their respective fields, yet integrating them reveals inevitable inconsistencies. This paper addresses these challenges when both theories are essential, particularly in scenarios where their principles must coexist. The discussion highlights the limitations of a naive combination of the two frameworks and emphasizes the need for a deeper understanding and potentially new theories to reconcile the stark differences between QM and GR, ultimately guiding future research in theoretical physics.
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