Content of event:
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Magnetic fibers are of large interest for diverse applications. The presentation will give an insight into static and dynamic micromagnetic simulations with novel methods, focussing on signal processing for new applications in spintronics and neuromorphic computing.
Prof. Dr. hab. Tomasz Blachowicz:
- Professor at SUT since 2009.
- Habilitation in Physics completed in June 2004, "Brillouin spectroscopy in crystal lattices - acoustic and spin waves", Gdansk University, Institute of Experimental Physics, Department of Mathematics, Physics and Computer Science, Gdansk, Poland;
- Experienced in
- Electronics incl. laboratory electrical and optical measurements;
- Optical and mechanical system design for spectroscopy, luminescence, medical imaging, and magneto-optics;
- Fractals, multifractals, deterministic chaos, econophysics, geomorphology;
- Geophysics by image processing;
- Elastic waves (Sezawa, Rayleigh) in layered materials;
- Spintronics, magnetoelectronics;
- Spin waves and GHZ phonons optical spectroscopy (Brillouin light scattering - BLS);
- Lasers (gas, solid-state) and optical system alignment;
- Textile magnetism;
- Particular research interests
- Computer simulations of physical phenomena, parallel computing (Magpar), OOMMF, textile magnetism;
- Physics of textiles; magnetism of textiles & textile magnets incl. optical methods;
- Magnetoelectronics, exchange-bias, magnetic effects in low-dimensional structures, magnetization dynamics, spintronics by optical methods;
- Optical spectroscopies - in crystals, metallic superlattices, semiconductors, thin layers, multilayers; acoustic phonons and magnons - BLS, MOKE, DMOKE, photoluminescence;
- Image processing
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