Michael Baum

Michael Baum investigates challenges and opportunities in the field of oncology, with a particular focus on cancer prevention and metronomic chemotherapy. As a faculty member at the Physics Illinois Institute of Technology, Chicago, IL, Baum brings a unique perspective to the study of cancer treatment, informed by his background in physics and electron microscope technology. Baum's journey into oncology began in his 40s when he made a significant career shift to join an oncology research team at HP. Initially met with skepticism due to his unconventional entry into the field, Baum's innovative use of computer simulations challenged established norms and opened new avenues for cancer treatment. His advocacy for metronomic chemotherapy, a less intensive yet more effective approach, has been a cornerstone of his research, offering promising alternatives to traditional cancer therapies. Having personally experienced the benefits of metronomic chemotherapy, Baum's commitment to this approach is both professional and personal. His work extends to exploring the potential of non-steroidal anti-inflammatory drugs (NSAIDs) in preventing early cancer relapses post-surgery, a testament to his dedication to improving patient outcomes through novel strategies. Baum's physics-informed perspective has not only gained traction but has also significantly influenced the oncology field. His research underscores the importance of interdisciplinary approaches and the value of adaptability and serendipitous discoveries in advancing scientific knowledge. Through his work, Baum continues to inspire a new generation of researchers to think beyond traditional boundaries and embrace innovative solutions in the fight against cancer. At the Physics Illinois Institute of Technology, Baum is committed to fostering an environment of curiosity and collaboration, encouraging students and colleagues alike to explore the intersections of physics and medicine. His contributions to the field of oncology highlight the transformative power of interdisciplinary research and the potential for groundbreaking discoveries when diverse fields of study converge.