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Quantum Clocks Join a Gravity-Entanglement Proposal
A levitated particle and nuclear-clock array target the role of internal energy in active gravitational mass.
Summary
A levitated particle and nuclear-clock array target the role of internal energy in active gravitational mass.
The proposed laboratory scheme would test a relativistic contribution that fixed-mass Newtonian interactions cannot produce. It is a conceivable experimental path, not an observation of gravitationally induced entanglement or quantum gravity.
Why it matters
A levitated particle and nuclear-clock array target the role of internal energy in active gravitational mass.
Limits and context
- The proposed laboratory scheme would test a relativistic contribution that fixed-mass Newtonian interactions cannot produce.
- It is a conceivable experimental path, not an observation of gravitationally induced entanglement or quantum gravity.
Key claims
A levitated particle and nuclear-clock array target the role of internal energy in active gravitational mass.
Qualification: The proposed laboratory scheme would test a relativistic contribution that fixed-mass Newtonian interactions cannot produce.
Evidence: source-2026-11-08-018
Sources
- arXiv preprint 2611.08313, original v1arXiv · primary research
Corrections
No corrections have been recorded for this story.