Dear IBM Community Members,

I am Jesús Pérez Expolio, the author of the paper 'Topological Stability and Non-Markovian Dynamics in Open Quantum Systems: A Q-SuperEnergy∞ Framework' published on Zenodo (https://doi.org/10.5281/zenodo.16926098). My work focuses on advancing quantum error correction using a novel theoretical framework based on C*-algebras, noncommutative K-theory, and ∞-categories, ensuring topological stability in superconducting qubits under non-Markovian noise.

Given IBM Quantum's pioneering role in quantum error correction and superconducting qubit development, particularly with the Falcon processors, I believe this approach could significantly contribute to building more resilient fault-tolerant quantum systems. Preliminary QuTiP simulations underscore the stability of the proposed framework, preserving K_0 invariants, with potential applications in quantum error correction (QEC) and hybrid quantum architectures.

The estimated IP value for this technology is €860,000–€8,620,000, making it an attractive opportunity for collaboration. I am eager to discuss potential synergies and applications with your team, and have attached the paper for your reference. If there's interest, I can share the QuTiP code upon request.

Could you kindly direct my inquiry to the appropriate groups within IBM Quantum's R&D department? I am available to organize a meeting or further discussion to explore this collaboration opportunity.

Thank you in advance for considering this proposal. I look forward to the prospect of working together to drive the advancements in quantum technology.

Best regards,
Jesús Pérez Expolio
jepex59@hotmail.com