Page Content
Browse up a level:Residencies and Fellowships Navigation menu for the following sub-section:

Radiation Oncology Clinical Medical Physics Residency (Minnesota)

Meet The Faculty

Mayo Clinic radiation oncology faculty inspect a radiotherapy instrument

There are more than 35 faculty members involved in the Radiation Oncology Clinical Medical Physics Residency. Over 30 of the faculty are board certified medical physicists, and the remaining physicists are on track to board certification. The faculty include Ph.D. and M.S. medical physicists who collectively have a wealth of experience in every aspect of radiation oncology medical physics.  Areas of expertise include all areas of clinical practice, basic and applied research, and education and professional activities, as demonstrated through leadership in national organizations, the certification and peer-review process, and educational involvement.

Many of our faculty members have published and lectured extensively and are highly regarded in their fields. Throughout your training, you will have direct access to the Department of Radiation Oncology faculty members.

In addition, there are more than 25 radiation oncologists who the work directly with the physics faculty.

From the program director

Nicholas Remmes, Ph.D., Radiation oncology clinical medical physics residency program directorThank you for taking the time to research the therapeutic medical physics residency program here in Rochester, Minnesota.

Residents are trained on cutting-edge equipment in a busy practice with a wide variety of procedures. A physics faculty-to-resident ratio of over 3-to-1 means that residents have ample one-on-one training with ABR-certified physicists. 

Our residency program is structured a bit differently than most: instead of just two years of clinical training, we incorporate an extra year that allows residents to spend approximately one-third of their residency in clinically focused medical physics research. 

Having both three-year and two-year programs in the past, we find this three-year format better prepares our residents for the mixed responsibilities of junior medical physics faculty. The structure allows a resident’s clinical training experience and research experience to inform and complement one another, allowing our residents to enhance their training and develop lasting improvements in the quality of patient care. 

Minnesota Community has more information about Rochester, Minnesota, and the surrounding area. I expect you might be surprised by what the area has to offer. 

On a more personal note, I was a resident in this program myself before joining our physics faculty and eventually becoming the program director. I can still remember the sense of wonder I experienced in my first visit to the Mayo Clinic campus, and my words hardly do justice to the dedication the people of Mayo Clinic. As you explore our website, please do not hesitate to reach out to Elaine Eckheart or myself if you have any questions.

Sincerely,

Nicholas Remmes, Ph.D.
Program Director, Assistant Professor of Medical Physics

Advisers and mentors

You are assigned dedicated faculty mentors who can provide comprehensive educational advice and personal support. You meet with your mentors periodically throughout the program to review your progress and career goals and ensure that your educational needs are being met.

Core faculty

Nicholas Remmes, Ph.D.

Nicholas Remmes, Ph.D.

Program Director

Residency: Mayo Clinic School of Graduate Medical Education

Rotation mentor: Protons-Gantry and Treatment Machine ATP, Survey, and Commissioning

Career interests: Proton therapy, radiobiology of ion therapy, Proton therapy for breast cancer, clinical applications of surface imaging, Medical physics education

Dr. Remmes' publications
John Antolak, Ph.D.

John Antolak, Ph.D.

Associate Program Director

Postdoctoral clinical training: University of Texas, M.D. Anderson Cancer Center

Rotation mentor: Dosimetry Physicist of the Day, External Beam Treatment Planning, Monitor Unit Calculation, Physicist of the Day, Plan Check, Treatment Planning System Commissioning

Career interests:  Respiratory-correlated radiation therapy, electron conformal therapy

Dr. Antolak's publications
Debra Brinkmann, Ph.D.

Debra Brinkmann, Ph.D.

Division Chair

Residency: Mayo Clinic School of Graduate Medical Education

Rotation mentor: Radiotherapy Simulation, Stereotactic Radiosurgery, Stereotactic Body Radiation Therapy

Career interests: PET and MR imaging for treatment planning and response assessment, image-guided radiation therapy

Dr. Brinkmann's publications
Amanda Deisher, Ph.D.

Amanda Deisher, Ph.D.

Assistant Professor of Medical Physics

Residency: Mayo Clinic School of Graduate Medical Education

Rotation mentor: Image-Guided Radiation Therapy, Protons – Dosimetry Planning, Radiotherapy Simulation, Respiratory Motion Management

Career interests: External beam radiotherapy for VT ablation, proton beam therapy for ocular tumors

 

Dr. Deisher's publications
Luis Fong de los Santos, Ph.D.

Luis Fong de los Santos, Ph.D.

Assistant Professor of Medical Physics

Residency: Mayo Clinic School of Graduate Medical Education

Rotation mentor: IMRT Quality Assurance

Career interests: Analysis and optimization of clinical processes, safety and error minimization strategies, assessment of RadOnc information systems, image-guided radiation therapy

Dr. Fong de los Santos' publications
Michael Herman, Ph.D.

Michael Herman, Ph.D.

Professor of Medical Physics

Clinical training: Johns Hopkins University School of Medicine

Rotation mentor: Shielding and Room Design, Professionalism and Leadership, Position Placement Development

Clinical practice and research interests: Bringing complex technology into the clinic in an organized, effective and safe manner; advanced uses of imaging and other technology for treatment planning, short/long term treatment follow-up, and treatment verification

Dr. Herman's publications