All Topics
All Topics
Technology
Technology
AI
AI
Business
Business
Entertainment
Entertainment
News
News
Programming
Programming
Security
Security
Science
Science
Design
Design
Environment
Environment
Finance
Finance
Crypto
Crypto
Politics
Politics
Sports
Sports
Education
Education
Gaming
Gaming
Art
Art
Music
Music
Health
Health
Books
Books
Food
Food
Travel
Travel
Personal
Personal
Bluesky
Twitter

Semiclassical Gravity as a Potential Framework for Solving NP-Complete Problems

By

[email protected] Department of Physics, University of Colorado, Boulder, CO 80309, USA

4d ago· 39 min readenInsight

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

bskySemiclassical Gravity as a Potential Framework for Solving NP-Complete Problemsarxiv.org

Key quotes

· 3 pulled
The 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...
Snippet from the RSS feed
Matthew Fox    Chaitanya Karamchedu [email protected] Department of Computer Science, University of Maryland, College Park, MD 20742, USA    Sotirios Mygdalas [email protected] Perimeter Institute for Theoretical Physics, Waterloo, ON N2L 2Y5, Canada

You might also wanna read

Paper Argues Semiclassical Gravity Could Enable NP-Complete Problem Solving, Suggesting Gravity Must Be Quantized

This paper argues that if gravity is classical and couples to quantum fields via semiclassical Einstein field equations, then the weak-field

arxiv.org·7d ago

Gravity as the Mechanism for Wavefunction Collapse in Quantum Mechanics

This academic paper presents a theoretical argument that gravity, when unified with matter in a fundamental theory, naturally explains the c

arxiv.org·8mo ago

Oxford Physicist Proposes BMV Experiment to Test Quantum Gravity, Potentially Enabling Antigravity Technology

An Oxford physicist discusses the BMV (Bose-Marletto-Vedral) experiment, a proposed test to determine whether gravity is a quantum force. If

popularmechanics.com·4d ago

Physicist Astrid Eichhorn Explores Asymptotic Safety and Fractal Space-Time in Quantum Gravity Research

The article profiles physicist Astrid Eichhorn and her work on asymptotic safety, a theoretical framework that suggests the laws of physics

quantamagazine.org·3mo ago

Testing Google's Antigravity IDE and Gemini 3 with JavaScript Statistical Physics Visualizations

The article discusses the author's evolving approach to testing large language models, moving from asking about obscure people to using Java

christopherkrapu.com·7mo ago

Research Shows Single-Minus Graviton Tree Amplitudes Are Nonzero in Quantum Gravity

A new preprint extends single-minus amplitudes from gluons to gravitons in quantum gravity, demonstrating that certain graviton interactions

openai.com·3mo ago

Comments

Sign in to join the conversation.

No comments yet. Be the first.