Breaking Quantum Boundaries: Ahmed Bell Quantum Violation 3.44 Surpasses Tsirelson Limit on IBM’s 127-Qubit Processor
May 30, 2025 — In a groundbreaking advancement, Dr. Zuhair Ahmed (Canada) has experimentally demonstrated a violation of the CHSH Bell inequality that exceeds the long-standing Tsirelson bound using IBM’s 127-qubit superconducting quantum processor, IBM Sherbrooke.
The Tsirelson bound (~2.828) has been the theoretical ceiling for quantum correlations under the CHSH inequality. Yet, Dr. Ahmed’s recent study reports an S-value of 3.44, pushing quantum mechanics beyond its previously accepted limits.
The Experiment: Precision, Optimization & Innovation
- Multiple iterative runs on IBM Sherbrooke refined circuits, measurement settings, and statistical methods.
- Initial runs matched quantum predictions (S ≈ 2.71).
- Through calibration, state fidelity improvements, noise reduction, and advanced tomography, the S-value reached 3.44.
- This represents the first super-quantum violation on a large-scale quantum processor.
Nyrrrelations: A New Quantum Frontier
The study introduces Nyrrrelations, a novel theoretical framework involving interactions with Waveons and Gravitons beyond standard quantum mechanics. This could explain the super-quantum correlations and has implications for quantum nonlocality, spacetime structure, and even faster-than-light communication.
Implications & Future Research
- Testing Nyrrrelations under varied vacuum and gravitational conditions.
- Expanding quantum information theory to incorporate these new interactions.
- Exploring superluminal communication potentials.
This work sets a revolutionary course for quantum physics, challenging foundational assumptions and inspiring future breakthroughs.
🔗 Read the full paper: https://papers.ssrn.com/sol3/papers.cfm?abstract_id=5268252
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