3 original physical branches: - Cosmic rays - High energy physics - Magnetism Established on January 1 st, 1969.

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Presentation transcript:

3 original physical branches: - Cosmic rays - High energy physics - Magnetism Established on January 1 st, 1969

Present research activities cover basic research in several fields of modern physics as condensed matter, biophysics, space physics, subnuclear physics), as well as selected fields of chemical sciences, biological sciences and nanotechnology. - Department of Subnuclear physics - Department of Space physics - Department of Magnetism - Department of Low temperature physics - Department of Metal physics - Department of Biophysics - Department of Theoretical physics - Laboratory of Materials physics - Laboratory of Nanomat. and applied magnetism - Laboratory of Experimental chemical physics Currently the Institute employs about 130 people, more than half being research scientists, and about 16 post-graduate students.

Temperature [ Kelvin ]  Cores of hot stars  Core of the Sun, nuclear energy  Chemical energy  Melting point of Tungsten  Temperature suitable for life  Cosmic relic radiation temperature, 2.7 K – lowest temp. in nature  Superfluid 3 He   K - the lowest temperature reached in the laboratory Temperature scale: 273,15 Kelvin = 0°C

- Cosmic rays - Space weather - JEM-EUSO project - Based on the Japanese Experiment Module (JEM) on the International Space Station, JEM-EUSO is a new type of observatory that will utilize very large volumes of the earth's atmosphere as a detector of the most energetic particles in the Universe. JEM- EUSO (EUSO for "Extreme Universe Space Observatory") observes the very short flashes of light in the earth's atmosphere caused by particles arriving from deep space.

- Magnetic fluids - Molecular magnets - Intermetallic compounds

Superfluid 3 He Methods: pulse and continuous NMR, vibrating wire, magnetic susceptibility.

Two band / two gap superconductivity of pure and doped MgB 2 Superconductivity of iron pnictides

cuprate perovskites

Study of mechanical properties, homogeneous and inhomogeneous deformation and creep of amorphous and nanocrystalline metals in a wide temperature range Study of correlations between the structure and physical properties of substances

Macromolecular systems by laser scattering

Košice

Thank you very much for your attention and have a nice and successful stay in Slovakia

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