Protonica
Project Overview
University
Year
About
Protonica is a compact, ready-to-integrate detector for real-time proton beam monitoring in particle therapy. Offering sub-millimetre precision, nanosecond timing, and kilohertz acquisition rates, it enables faster, more accurate treatments while reducing system complexity. Designed for easy integration into clinical and industrial settings, the technology supports advanced modalities such as FLASH therapy. By improving beam control and lowering infrastructure demands, Protonica aims to accelerate the global adoption of particle therapy and improve outcomes for cancer patients
Team
Professor Fabrizio Carbone
Supervising Professor
Michele Caldara
Benoit Truc
Veronica Leccese
Veronica Leccese is an enthusiastic physicist and entrepreneur dedicated to improving access to advanced cancer care. During her PhD at EPFL, she focused on developing novel detectors for proton therapy, a treatment that reduces side effects and improves outcomes for patients with complex tumors. She co-founded Protonica to translate this research into practical solutions, creating next-generation beam diagnostic systems that make proton therapy more efficient and widely available. Currently pursuing an MBA, Veronica combines scientific expertise with business strategy to accelerate the adoption of life-changing medical technologies.
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