At the University of Chicago’s Department of Radiation Oncology, our lab is dedicated to advancing the field of radiation therapy through innovative research and practical applications. As medical physicists, we focus on addressing real-world challenges in clinical practice and developing solutions that can be immediately implemented to improve patient care.

Our Research

While our lab is known for its significant contributions in adaptive proton therapy and brachytherapy, our research interests are diverse and dynamic. Some of our key research areas include:

1. Adaptive Proton Therapy
2. Brachytherapy
3. Motion Management in Radiation Therapy
4. Treatment Planning Optimization
5. Special Techniques (TBI, TSET, Dupuytren, etc.)

This list is not exhaustive, as we continuously explore new avenues in medical physics that have the potential to enhance patient care and treatment outcomes.

We pride ourselves on our ability to identify critical issues in current clinical practices and swiftly develop effective solutions. Our team is particularly passionate about translating our research into commercially viable technologies, ensuring that our innovations reach a broader audience and make a tangible impact in the field.

Our Approach

We believe in the importance of timely and impactful research. While we recognize the academic principle of “publish or perish,” our true motivation lies in creating meaningful change in clinical settings. We strive to maintain a balance between academic pursuits and practical applications, always keeping the end goal of improving patient outcomes at the forefront of our work.

Our lab provides a dynamic environment where cutting-edge research meets clinical practice, fostering innovation that directly benefits patients undergoing radiation therapy.