About

Applied Nuclear Physics at IFIN‑HH

About

We put nuclear physics to work on real, everyday problems — in health, energy, the environment and our shared culture. As the Applied Nuclear Physics Department of IFIN‑HH, we carry that work into major international collaborations including CERN, FAIR and the IAEA.

Societal needs drive today's R&D. Nuclear physics offers elegant, practical solutions—from cleaner, resilient energy and novel cancer therapies to advanced materials with disruptive industrial potential. This pivotal work can spark immediate change and deliver benefits that endure for generations.

Core Values

A beacon of innovation and interdisciplinary research

Research – Ion beam technologies

Research

Pushing the boundaries of ion beam technology to create new materials with enhanced properties. Our state-of-the-art Tandetron accelerators are not just tools for analysis but also gateways to innovation in industries ranging from semiconductors to space science.

Innovate – Radiopharmaceutical research

Innovate

Developing cutting-edge radiopharmaceuticals for both imaging and targeted radiotherapy. Our research aims to bring personalized medicine to the forefront, offering new hope in the fight against cancer and neurological disorders.

Develop – Detector development and advanced systems

Develop

Creating novel devices and technologies. From hydrogen batteries to radiation detectors, our developments have the potential to transform industries and improve lives.

Students at a hands-on electronics and soldering workshop, guided by a DFNA researcher

Educate

Generous efforts to preserve and understand our cultural heritage through advanced analytical methods. We're also passionate about educating the next generation of scientists, ensuring a bright future for research and innovation.

Environment, People & Sustainability

Several of our researchers dedicate their work to understanding air quality and protecting public health.

Caring for the environment is not a slogan for us—it is reflected in how we work every day. We pursue greener laboratory practices, energy-efficient operations and responsible handling of materials and waste, and we hold ourselves to high standards of safety and stewardship. Just as importantly, protecting the planet is woven into our science itself: a number of our researchers devote their work to understanding environmental challenges and turning measurements into knowledge that benefits society.

Recent research

Air quality in Romania's cities during the 2020 pandemic

One recent study from our department examined how the concentrations of the main air pollutants—nitrogen oxides (NOx), sulfur oxides (SOx), ozone (O3), carbon monoxide (CO) and airborne particulate matter (PM10 and PM2.5)—evolved across Bucharest, Iași and Brașov during the unusual conditions of 2020.

Fine particles matter most for health: they carry heavy metals and other harmful compounds deep into the lungs. By combining national air-quality monitoring data with robust statistics and a health-risk assessment, the study showed that the sharp drop in traffic during lockdowns improved air quality—but not enough, on its own, to keep particulate pollution consistently below World Health Organization guidelines. The takeaway is clear and societally relevant: lasting clean air needs structural change, not just temporary slowdowns.

Statistical analyses of major pollutant concentrations in the Bucharest, Iași and Brașov metropolitan areas during the 2020 pandemic year and their potential health impact — doctoral research conducted within the department.

Read the full thesis
Percentage changes in human activity in Bucharest during 2020 across BAU, Lockdown, Alert 1 and Alert 2 periods, with curves for workplace trips, residential trips and public transport stations
Percentage changes in human activity compared to the normal situation in 2020 for Bucharest for different COVID-19 restrictions: BAU (normal situation, light green), Lockdown (light pink), Alert 1 (light yellow) and Alert 2 (light grey). The curves represent the following behaviours: black line — percentage variation in workplace trips; red line — percentage variation in residential trips; blue line — percentage variation in public-transport stations.

Important Announcements

Stay updated with the latest opportunities

EURO-LABS Basic Training School 2026 (BTS26)

May 11-23, 2026 | IFIN-HH, Bucharest-Magurele, Romania

EURO-LABS brings together 33 research institutions from 18 countries, providing access to 47 Research Infrastructures in Nuclear Physics, Accelerators, and Detectors. This Basic Training School offers hands-on experience for Masters, Ph.D., and early post-doctoral students.

24 trainees will be selected. Participation is fully financed including travel, accommodation, and subsistence.

Register Now

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Our Amazing Team

Meet the people that make it happen

DFNA team

Our Partners

CERN
GSI
FAIR
INFN
JINR Dubna
IAEA