Semiclassical Gravity as a Potential Framework for Solving NP-Complete Problems
By
[email protected] Department of Physics, University of Colorado, Boulder, CO 80309, USA
Summary
This academic paper explores the theoretical possibility that semiclassical gravity (where gravity is treated classically while matter is quantum) could efficiently solve NP-complete problems. The authors present a theoretical framework suggesting that the interplay between quantum matter and classical gravity might provide computational advantages beyond standard quantum computing. The paper discusses implications for the nature of gravity, questioning whether gravity must be quantum-mechanical, and proposes that semiclassical gravity could offer a novel computational paradigm for tackling hard computational problems.
Source
Key quotes
· 3 pulledThe road to quantum gravity is not easy.
Stuck in our armchairs with little to no experimental guidance, it is prudent to ponder why we think gravity is quantum-mechanical at all.
Could it...
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