A PhD in Mechanical and Aerospace Engineering from Princeton University and Branko-Weiss fellow at Harvard, Professor Chen’s research interests range from solid mechanics and material science to biomechanics and mechanobiology, covering such diverse topics as mechanical instabilities of materials, energy harvesting, stretchable electronics, biomimetic materials/devices, nanofabrication, mechanics of morphogenesis in biological systems, cellular and DNA mechanics.
A Dartmouth engineering PhD graduate, Professor Davis has developed his own NIH-funded research program at Dartmouth, examining molecular sensing tools for pre-clinical tissue imaging, assessing drug efficacy in vivo and as a surgical guidance tool. He has been involved in clinical trial work in the US as well as the UK, and maintains the nirfast.org project as an open source set of software tools.
Trained in perfusion and flow imaging systems, Professor Elliott was awarded a prestigious NIH K99 grant to start his own research program at Dartmouth, developing surgical fluorescence imaging tools to assess flow in tumors and molecular binding in different pathologies. He has been involved in both pre-clinical and clinical trials assessing contrast in brain tumors and assessing the metabolic and immunologic ways in which contrast can be generated.
A Dartmouth engineering PhD with expertise in biomedical mechanics and electrical measurement, Professor Halter directs the senior engineering design program in engineering sciences at Dartmouth. He leads a large research effort in electrical impedance for cancer diagnostics and imaging tools to advance surgical guidance and experimental research in vivo.
Classically trained in optoelectronics at the Tokyo Institute of Technology, Professor Jiang has been at Dartmouth since 2000. She directs a research program on near infrared tomography and spectroscopy of breast cancer—an international multicenter effort. The projects have led to 3 distinct systems for breast cancer imaging, and NIH-funded clinical trials in the US and China.
Trained at the Optical Science and Engineering program at University of Alabama Huntsville, Professor Krishnaswamy is an expert in optical system design for scatter sensing. During his time at Dartmouth, he directed multiple projects involving customized cameras and software for surgical guidance imaging and tissue characterization. He is currently VP of Technology at DoseOptics LLC, developing a unique optical system to visualize and quantify radiation therapy dose delivery to patients.
Trained in ultrasound, photoacoustic imaging, and nanotechnology, Professor Luke’s work focuses on molecular imaging and therapeutic targeting of cancer. By combining newly developed imaging algorithms with nano-scale physics and targeting of biomolecules, he aims to illuminate the tumor microenvironment with super-resolution imaging and enable remotely triggerable nanotherapeutics for image-guided drug delivery.
A Dartmouth engineering PhD graduate with decades of experience in advanced computational methods in medicine, surgical guidance, breast cancer, and cancer imaging, Professor Paulsen has led multiple programs at Dartmouth including an NCI-funded project and installation of the Advanced Imaging Center and the Center for Surgical Innovation. His NIH-funded research leads efforts in surgical guidance and advanced algorithms development.
Trained in medical physics with expertise in optical systems, spectroscopy and imaging, Professor Pogue has lead multiple doctoral education programs at Dartmouth for the last decade and initiated research and entrepreneurship in the area of radiation therapy imaging with optical signals. He currently leads several NIH-funded efforts in molecular imaging for surgery and radiation therapy guidance.
Trained in biophysical chemistry and an expert in photodynamic therapy mechanisms, Professor Samkoe has demonstrated key advances in image-guidance interpretation of therapy effects, and photodynamically activated tissue damage. The concepts of how to do quantitative molecular receptor imaging has been uniquely pioneered in her laboratory in the Department of Surgery at Geisel.
A Thayer PhD graduate, Professor Trembly has pioneered educational and research efforts in biomedical engineering at Dartmouth for decades, spinning of research into several start up companies, and developing therapeutic heating and sensing strategies for a range of diseased tissues and applications. His work at the edge of entrepreneurial development and innovative electromagnetic devices has led the translational medicine devices field at Dartmouth.
Richard Barth, MD
Chief of General Surgery at Dartmouth-Hitchcock
Michael Chapman, MD
Chair of Dermatology at Dartmouth-Hitchcock
David Gladstone, ScD
Radiation Oncology at Dartmouth-Hitchcock
Eric Henderson, MD
Orthopaedics at Dartmouth-Hitchcock
Lesley Jarvis, MD PhD
Radiation Oncology at Dartmouth-Hitchcock
David Roberts, MD
Active Emeritus in Surgery & Neurosurgery at Geisel School of Medicine
Wendy Wells, MD
Chair of Pathology at Dartmouth-Hitchcock