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Jožef Stefan Institute

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Jamova cesta 39, 1000 Ljubljana, Slovenia
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Jožef Stefan Institute Employer Profile

Main Campus

Ljubljana Slovenia

The Main Campus of the Jožef Stefan Institute, located in Ljubljana, serves as the primary hub for multidisciplinary scientific research, encompassing physics, chemistry, biology, biotechnology, and information technologies. This campus hosts the majority of the institute's departments and centers, fostering groundbreaking research in basic and applied sciences. It supports advanced studies and training programs in cutting-edge fields, contributing significantly to Slovenia's scientific landscape.

  • Department of Physics: Includes sub-departments such as Theoretical Physics (F1), Low and Medium Energy Physics (F2), Thin Films and Surfaces (F3), Surface Engineering and Optoelectronics (F4), Condensed Matter Physics (F5), Complex Matter (F7), Reactor Physics (F8), and Experimental Particle Physics (F9).
  • Department of Chemistry and Biochemistry: Focuses on molecular biology, biotechnology, and chemical analyses.
  • Department of Electronics and Information Technologies: Covers computer systems, cybernetics, automation, biocybernetics, and robotics.
  • Department of Nanotechnologies and Advanced Materials: Research in nanomaterials and surface technologies.
  • Department of Environmental Sciences: Studies in atmospheric physics, climate, and environmental modeling.
  • Centers: Knowledge Transfer in Information Technologies, Electron Microscopy, Energy Efficiency, and Technology Transfer and Innovation.

Reactor Infrastructure Centre

Dol pri Ljubljani Slovenia

The Reactor Infrastructure Centre (also known as Podgorica Reactor Centre) specializes in nuclear science and technology, operating the TRIGA Mark II research reactor. This satellite campus focuses on reactor physics, engineering, radiation safety, neutron studies, and radioactive waste management. It provides unique facilities for experimental nuclear research, training, and education in nuclear-related disciplines.

  • Reactor Physics Division (F8): Reactor simulations, neutronics, fuel management, and criticality safety.
  • Reactor Engineering and Energetics (R4): Reactor operations, maintenance, and instrumentation.
  • Nuclear Training and Education: Programs for reactor operators, safety training, and international courses.
  • Neutron Activation Analysis: Material characterization using reactor neutrons.
  • Radiation Protection and Waste Management: Handling of radioactive materials and storage.
  • Experimental Nuclear Physics: Irradiation experiments, dosimetry, and hot cell operations.
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