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Lutz transitioned to the Radiation Oncology Department at the University of Arizona in Tucson under the leadership of chair Robert Cassady, MD, and with colleagues started developing the equipment and planning software to assist others in replicating the JCRT method. Often called the “fathers of linac-radiosurgery,” together the partners “ushered in a remarkable era of technology advancement in the field” by developing a precision technique to deliver high dose radiation in single fractions to the brain, which then paved the way to deliver this treatment to other areas of the body.Īfter this development, Dr. Together, they developed a very impactful contribution to the field of radiation oncology - a linear accelerator-based stereotactic radiosurgery (SRS) system. Lutz was able to work on various projects for the department, most notably, a partnership that ensued with Ken Winston, MD, a neurosurgeon at Harvard. Under the leadership of Bengt Bjarngard, PhD, and Samuel Hellman, MD, Dr. What initially was going to be a six month to one year stint turned into some of the most meaningful and influential years of his career. After five years, an opportunity to train with medical physicists at Harvard’s Joint Center for Radiation Therapy (JCRT) brought him to Boston. Lutz taught physics at the Coast Guard Academy in New London, Connecticut. He then moved to Iran to teach physics at Pahlavi University. Lutz receiving his PhD in nuclear physics in 1973 from Purdue University. Lutz grew up playing in university labs, his toys various physics related devices. Lutz received his undergraduate degree in Physics from Wittenberg University, in Ohio, a field of study he naturally gravitated to as his father was a professor of physics at the university. Lutz’s career spans decades during which the field has seen growth and change, but his lasting contributions still positively impact radiation oncology today.ĭr. Wendell Lutz, PhD, is a medical physicist, engineer, inventor and educator whose contributions have led to significant advancements to the field of radiation oncology.