Quantum capacitance and parity switching of a quantum-dot-based Kitaev chain

This project is a scientific reference implementation accompanying an academic paper on topological quantum computing. From a software perspective, it has a defensibility score of 2 because it is a niche theoretical model with minimal adoption (0 stars, 1 fork) and is intended to validate a specific hypothesis rather than serve as a reusable platform. Its value lies in the domain expertise encoded in the physics equations, not the software engineering. Frontier labs like OpenAI or Anthropic have zero interest in this specific niche of condensed matter physics. While big tech companies with quantum hardware divisions (Microsoft, Google, IBM) might find the results relevant for Majorana-based qubit research, they would not 'compete' with this code; they would treat it as a peer-reviewed finding to be verified or integrated into their internal hardware simulators. There is no 'market' for this specific tool to consolidate, as it is a specialized scientific instrument for a very small community of theoretical physicists and experimentalists working on quantum dots.