James C Boerkoel, Jr

Title: James C. Boerkoel, Jr.: Inventor in Quantum Computing Optimization.

Introduction

James C. Boerkoel, Jr. is an inventor associated with Claremont, California, and Lockheed Martin Corporation. His patent work addresses graph embedding methods for adiabatic quantum computation optimization.

Latest Patents

The provided information lists one patent for Boerkoel: “Heuristic Graph Embedding Methods for Adiabatic Quantum Computation Optimization.” The invention describes methods for embedding an optimization problem into a hardware solution using graph-embedding techniques. It applies heuristics for graph minor embedding to map a problem’s graph structure onto the physical topology of a quantum computing device or processor. The approach aims to optimize hardware implementation while addressing constraints such as limited qubit connectivity and faulty qubits.

Career Highlights

Boerkoel’s listed patent reflects work at the intersection of optimization and quantum computing. It focuses on adapting binary unconstrained optimization problems to the hardware structure of quantum processors.

Collaborations

The provided information identifies Tessa J. Adair and Douglas S. Campbell as Boerkoel’s coworkers. Their inclusion indicates professional connections associated with his work, though specific collaborative roles are not provided.

Conclusion

James C. Boerkoel, Jr.’s listed invention contributes a heuristic approach to mapping optimization problems onto quantum-computing hardware, with the goal of accommodating practical device constraints.