Interdisciplinary scientist.
Mathematical oncologist.
Problem solver.
Research Profile
Jessica Cunningham, Ph.D., is an interdisciplinary scientist with 17+ years of experience translating complex systems into practical, real-world solutions. With training in astronomy, applied mathematics, and systems ecology, she has worked across sectors—from developing real-time seismic detection tools for national defense to advancing imaging biomarkers that guide treatment for brain and prostate cancers.
Jessica specializes in mathematical oncology, fluid dynamics, and predictive imaging, using computational modeling and pattern recognition to drive biomedical innovation. Her work bridges disciplines to deliver high-impact results in oncology, neuroimaging, and translational science.
A scientist who sees things differently
Jessica believes that innovation happens when disciplines collide. Her work transforms complex data into clear insights—delivering tools that make a lasting impact in medicine, technology, and beyond.
Strategic Innovation
Jessica bridges the gap between theory and application—transforming advanced mathematical models into life-saving biomedical technologies. Her work redefines what’s possible in fluid dynamics, cancer biology, and predictive imaging.
Translational Leadership
With experience leading cross-disciplinary teams in academia, industry, and clinical settings, Jessica drives scientific programs from concept to clinical trial—mentoring the next generation while advancing the frontier of precision medicine.
Rare Technical Depth
From evolutionary game theory to GPU-accelerated simulations, Jessica’s command of complex systems, scientific programming, and diagnostic imaging sets her apart. She builds tools that not only decode biological complexity but change clinical outcomes.
“The most powerful innovations happen when we connect the dots between disciplines. That’s where real breakthroughs begin.”
— Jessica Cunningham, Ph.D.
Jessica Cunningham, Ph.D. 