Born in ELI Beamlines
We started as an electron acceleration research project at ELI Beamlines labs in Europe.
We are building the world’s first patented laser-plasma accelerator for radiotherapy, unlocking treatment for tumors resistant to conventional care in a compact, cost-effective system born at the world’s top laser science lab.
We started as an electron acceleration research project at ELI Beamlines labs in Europe.
We are an international team of physicists, data scientists, radiation oncologists & med tech entrepreneurs.
Partnering with top bio labs and healthcare institutions around the world to develop new cancer treatment technology.

Radiation is a cornerstone of cancer treatment
• 50% of cancer patients require radiotherapy
• It contributes to 40% of all cancer cures
• Yet millions don’t receive it — especially in underserved regions
Outdated tech and infrastructure gaps limit access
• Bulky, expensive linear accelerators require specialized buildings and staff
• In many countries, up to 50% of eligible patients go untreated
Even with access, many tumors resist treatment
• 15–20% of cancers are intrinsically radioresistant, including pancreas, liver, and kidney
• Up to 40% of radiotherapy patients relapse due to acquired resistance

Gabriele is the Leader of Electron Acceleration Group at ELI Beamlines and Deputy Head of Radiation Physics Department. He holds a PhD in Plasma Physics and is the author of 40+ peer-reviewed papers, spearheading the development of the LPA tech behind Qure.

Alex is Assistant Professor, Applied Mathematics at CTU Prague, holds PhD in Theoretical Physics, MSc in Aerospace Engineering and Leads Qure-’s FLASH modeling and VHEE dosimetry simulations.

Tomas is the founder of Caelestinus Health Tech Incubator, organizer of largest hospital hackathons in Europe as well as angel investor. At Qure, he is driving sales, marketing and partnerships activities.
Qure is the world’s first laser-plasma accelerator for cancer care
Traditional RF accelerators: ~20 MV/m
LPAs achieve up to 100 GV/m - over 5,000× higher
Qure shrinks the beamline from 20 m to under 2 m - no gantry, no bunker
VHEE (Very High Energy Electrons) penetrate 20–30 cm with minimal lateral scatter
Enables precise dose sculpting for deep-seated, irregular tumors
FLASH dose rates (>10⁶ Gy/s) shown to spare healthy tissue while preserving tumor control
Electron beams produce ~1,000× fewer neutrons than high-energy X-rays
Drastically reduces bunker size, cost, and decommissioning complexity
Lower wall-plug power + HVAC demand = better energy profile than RF LINACs



