Zapata Quantum, Inc. announced a collaborative research effort with the University of Maryland (UMD). The effort will demonstrate a fundamentally new approach to building quantum applications grounded in formal verification. As quantum algorithms increase in scale and complexity, the translation of complex mathematical formulations into quantum circuits has become one of the most difficult, manual, and error-prone steps in quantum application development.
The Zapata-UMD collaboration uses end-to-end formal, or mathematical proof-based, verification to address this issue and maintain correctness throughout the process. Zapata aims to publish the results of the collaboration as a formally verified implementation of Shor's quantum factoring algorithm along with associated resource estimates, enabling independent validation and reuse by the broader research and engineering community. While Shor's algorithm serves as a natural starting point due to its complexity and relevance to the high-value problem of cryptography, Zapata views this work as a foundational model which can be extended to other high-value commercial domains such as quantum chemistry, materials science, optimization, and finance.
