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Archive projects

C-BORD project

C-BOARD - logo
The mission of C-BORD is to develop and test a comprehensive cost-effective TRL-7 solution for the generalised inspection of container and large-volume freight in order to protect EU borders, coping with a large range of container non-intrusive inspection (NII) targets, including explosives, chemical warfare agents, illicit drugs, tobacco, stowaways and Special Nuclear Material (SNM). ----

Development of Ionizing Radiation-Based Technologies in NCBJ Świerk

4 LABy - Rozwój technologii wykorzystujących promieniowanie jonizujące
Project financial means will be used to create in Świerk a world-class centre to conduct high-quality research, outcomes of which will be applicable in science, industry, and medicine. The initiative is going not only to increase potential of NCBJ Research Centre, but will also streamline transfer of innovations by improving the coupling between the Polish science and economy. ----

Accelerators & Detectors (AiD)

Development of dedicated systems based on particle accelerators and detectors of ionizing radiation targeted at medical therapy and detection of hazardous materials and toxic wastes. Project objective is to improve innovativeness and competitive edge of the Polish R&D sectors involved in manufacture of such systems. ----


Bayesian approach to multi-parameter problems in physics and beyond involving parallel computing and large data-sets. ----

IT Technologies for Astrophysics Observations in Wide Energy Range

Polsko-Szwajcarski Program Badawczy 2009-2017
Development of a computer centre providing software and technical support dedicated to gather/distribute/analyse astrophysics experimental data. The centre will be based on several astronomy-related projects run in NCBJ (POLAR, INTEGRAL, Pi of the Sky, JEM-EUSO). ----


Objective of the "Biologically Weighted Quantities in Radiotherapy" (JRP SIB06 BioQuaRT) project accomplished within the European Metrology Research Programme (EURAMET) framework is to develop measurement/simulation techniques capable to determine physical aspects of interaction of ionizing particles with matter along their paths and to investigate correlations between those aspects and biologiczal effects of the ionization at the living cell level. The project is concentrated on distances between 2 nm (DNA helix diameter) and 10 μm (cell nuclei size). ----

Technologies for safe development of nuclear power industry

Project objectives: (i) to develop innovative technologies/measurement methods that would warrant proper protection of population health and environment resources at every stage of development of nuclear power industry in Poland; (ii) to create mechanisms in Poland that would foster growth of technical/scientific/human resources capable to evaluate/monitor impact of nuclear power plant on health/environment and simultaneously competitively innovative in the worldwide scale. ----