Felix Dominik Schiessl

Title: Felix Dominik Schiessl: Quantum Computing for Radiation Therapy Planning.

Introduction

Felix Dominik Schiessl is an inventor associated with Hattersheim, Germany. His patent work explores how quantum computing can support the creation of intensity-modulated radiation therapy treatment plans. He is associated with Accenture Global Solutions Limited.

Latest Patents

Schiessl is credited with 1 patent: “Quantum computation for intensity-modulated radiation therapy.” The invention describes methods, systems, and apparatus for generating treatment plans by combining classical optimization with quantum computing.

The method receives data representing an optimization problem and iteratively processes it until specified termination criteria are met. In each iteration, a classical search algorithm identifies a first solution. A quadratic unconstrained binary optimization formulation of the problem in a local region around that solution is then provided to a quantum computing resource. The system obtains a second solution from the quantum resource and uses it as input for a subsequent iteration. Once a solution is obtained, the method initiates an action based on that solution.

Career Highlights

The patent reflects work at the intersection of quantum computation, optimization, and medical treatment planning. Its approach uses quantum resources to refine candidate solutions generated through classical search, with the aim of supporting intensity-modulated radiation therapy planning.

Collaborations

Schiessl is associated with Accenture Global Solutions Limited. His listed coworkers include Cecil Lynch and Tim Leonhardt.

Conclusion

Felix Dominik Schiessl’s patent presents a hybrid classical-and-quantum approach to optimizing radiation therapy treatment plans, connecting computational innovation with a medical planning application.