Trade-off between coherence and heat in a non-Markovian dephasing dynamics

This project is a classic example of a 'paper-as-code' repository. It serves as the computational verification for a theoretical physics paper exploring quantum thermodynamics. Its defensibility is near zero from a commercial or software standpoint (stars: 0, age: 16 days), as its value is tied entirely to the scientific validity and impact of the associated publication. In the niche of quantum research, it competes with other theoretical models of heat-coherence trade-offs (e.g., work by researchers like Sebastian Deffner or Marcus Huber). Frontier labs are unlikely to care about this specific theoretical niche unless it provides a breakthrough in qubit error mitigation, which this purely thermodynamic study does not claim. The platform risk is non-existent because this is not a product; it is a mathematical artifact. The displacement horizon is set to 1-2 years, reflecting the typical lifecycle of a niche academic paper before it is superseded by more general or refined models.