Quasiprobability Thermodynamic Uncertainty Relation

This project is a scientific research artifact rather than a software product. It represents a niche contribution to the field of quantum thermodynamics. The 'defensibility' is inherently low from a software perspective as it is a reference implementation for a specific physics paper (arXiv:2508.14354v4) with zero stars and minimal engagement. Its value lies in the intellectual property of the derivation—specifically using Terletsky-Margenau-Hill (TMH) quasiprobabilities to bound fluctuations in quantum systems where classical probability fails. Frontier labs (OpenAI, Anthropic) have virtually zero interest in specific thermodynamic bounds for quantum coherence, making the frontier risk low. The primary 'competitors' are other theoretical frameworks for Quantum TURs (e.g., those based on Full Counting Statistics or Moyal distributions). Displacement would occur through the publication of a more generalized or tighter bound in the academic literature rather than a product launch. For a technical investor, this is a 'low-defensibility' asset because its utility is confined to a very specific subset of quantum physics researchers and lacks any software network effects or recurring utility.