Research

Ultrahigh Dose Rate Radiotherapy (FLASH-RT)

Radiotherapy with ultra high dose rates, termed FLASH-RT, have demonstrated superior normal tissue sparing than conventional radiotherapy while retaining comparable tumor control. With FLASH-RT, 1) toxicities can be further reduced to improve patient life quality and 2) dose can be escalated to fight against radio-resistance cancer that would be otherwise insufficiently treated.
        At Dartmouth, we conduct researches in FLASH-RT that span a range of hardware and software development, chemical and molecular sensing, pre-clinical studies with small and large animals and veterinary treatments, with the ultimate goals being uncovering the FLASH mechanisms as well as realizing its clinical translations.

Dartmouth researchers pilot FL | EurekAlert! Science News Releases
The electron FLASH-RT system modified on a medical linear accelerator, allowing reversible conversion between conventional (~0.1 Gy/sec) and FLASH (~300 Gy/sec) modes and enabling FLASH irradiation in a minimually modified clinical setting for preclinical studies as well as veterinary treatments with clinical level quality control.

Cherenkov Imaging 

AI-powered Radiotherapy

MR-guided Adaptive Radiotherapy

Radiation Transport Monte Carlo Methods

Proton Therapy