User:RafalMichalski

Hello.

Thank you for your kind welcome.

I am a physicist by training and conviction;), both physical theory, experiment and design of machinery and equipment.

At this point I would like to share a bit of my scientific knowledge in areas which, in my opinion, should be developed in Wikipedia

My skills include:

Condensed Matter Physics, Atomic Physics, Thermodynamics, Magnetism and Magnetic Materials.

Languages:

Polish, English, Russian

Education:

Master:  Pedagogical University  (UP) Krakow, Poland, department : Physics, Mathematics and Computer science,  1996.

PhD: University of Science and Technology (AGH). Kraków, Poland. department : Nuclear Physics, Solid State Physics division, 1996-2001

associate profesor: Pedagogical University Krakow Poland, department : Physics, Mathematics and Computer science,  Theoretical Physics division, : 1.10.1999 - 30.09.2007

PhD Theis:

Calculations of the thermal evolution properties of 4f-electron compounds with the use of the self-consisted methods.

Lectures and articles presented on scientific conferences:
 * 2005 MRS Fall Meeteng BOSTON, USA, Materials    Research Society,19 November 2005-3 December 2005
 * 1st INTERNATIONAL MEETING ON APPLIED PHYSICS    APHYS-2003 SPAIN, Badajoiz, International Organizing Committee,      13-18 October 2003
 * 6th Prague Colloquium on f-Electron Systems    (PCFES6) CZECH REPUBLIC, Praga, 4.07.2002 - 10.07.2002
 * 32èmes Journées des Actinides(32JA) and School on    Physics and Chemistry of Actinides (4SPCA) ISRAEL, Ein-Gedi, Director     General of The Israel Energy Commission,  16-24 March 2002
 * 11th Czech and Slovak Conference on Magnetism    Institute of Experimental Physics, Slovak Academy of Sciences, KOSZYCE,   SLOVAKIA 20 - 23 August 2001
 * VI Polish-Dutch Colloquium “Crossroads of    Condensed Matter and Optical Physics” Poznań, POLAND 11-12. 02.2000.
 * Strongly Correlated Electron Systems SCES 2001,    USA, Ann Arbor, The University of Michigan 5 - 13 August 1999
 * 7th Summer School on Neutron Scattering Zuoz,    SWITZERLAND 7-13.08.1999.
 * The European Conference Physics of Magnetism’99    21-25.06.1999 Poznań
 * 10th Czech and Slovak    Conference on Magnetism, Koszyce (SLOVAKIA) 24-27. 08. 1998.
 * 2nd Polish-USA Conference on High Temperature    Superconductivity, WROCŁAW-Karpacz, POLAND 17-21. 08.1998.
 * 4th Prague Colloquium on f - Electron Systems    Praga (CZECH REPUBLIC) 11-14.07.1998.

Some published papers:

CARRIED OUT FUNDED RESEARCH PROJECTS:
 * 1) Rafał Michalski, R. J. Radwanski, Computer calculations of the thermally-induced magnetic and electronic properties of the rare earth compounds RERu2Si2, Materials Science Forum 480-481, 617-622 (2005)
 * 2) Rafał Michalski, The creation open software as a way to consolidate methods of description of matter. Proceedings of Research in Didactics of Chemistry, Kraków, Wydawnictwo Naukowe Akademii Pedagogicznej (2006)
 * 3) Rafał Michalski, Obliczanie termicznie indukowanych magnetycznych i elektronowych właściwości związków ziem rzadkich na przykładzie grupy związków RERu2Si2 (Hradec Kralove 2005).
 * 4) Rafał Michalski and  Ryszard J. Radwanski, Computer     calculations of the thermally-induced magnetic and electronic properties  of the rare earth compounds RERu2Si2, Materials Science Forum Vols. 480-481 (2005) pp. 617-622
 * 5) Rafał Michalski, O strategii poznawania w świecie znanych praw.  KONSPEKT (Wydawnictwo Naukowe  Akademii Pedagogicznej 2005).
 * 6) R. Michalski, A. Blaut and R. J. Radwanski, What is the reason for different magnetic properties of the compounds TmRu2Si2 and YbRu2Si2 among the RRu2Si2 compounds?, Acta Phys. Pol. B 34, 1565 (2003)
 * 7) Rafał Michalski, Marcin Król. Numeryczne metody weryfikacji przyswojonej wiedzy merytorycznej z zakresu nauk przyrodniczych, prezentacja pakietu UPT 2.0, Badania w Dydaktyce chemii, (Wydawnictwo Naukowe Akademii Pedagogicznej 2004) pp. 147-1526.
 * 8) A. Blaut, R. Michalski,     M. Kocor, Z. Ropka, A. J. Baran and R.J. Radwanski, Electronic structure     and magnetism of intermetallic  NdAl2.  Inst. Phys. Jagellonian Univ. Acta     Physica Polonica B 34 (2003) 1261-1264
 * 9) R. J. Radwanski, Z. Ropka, R. Michalski and A. Blaut, Magnetic phase transitions and orbital magnetism in the Mott insulator FeBr2, UO2 and in ErNi5, Acta Phys. Pol. B 34, 1575 (2003).
 * 10) R. Michalski, A. Blaut and     R.J. Radwanski, What is the reason for different magnetic properties of the compounds TmRu2Si2 and YbRu2Si2 among the RRu2Si2 compounds.  Inst. Phys. Jagellonian Univ. Acta Physica Polonica B 34 (2003) 1565-1570.
 * 11) R. J. Radwanski, R. Michalski, Z. Ropka, A. Blaut. Crystal-field     interactions and magnetism in rare-earth transition-metal intermetallic     compounds. Elsevier. Physica B 319 (2002)78-89.
 * 12) R. Michalski, Z. Ropka,     R. J. Radwanski. Anisotropic magnetic properties of ErRu2Si2     as a consequence of the tetragonal structure. Elsevier. Physica B, 312-313     (2002) 858-60.
 * 13) R. J. Radwanski, R. Michalski, Z. Ropka. Origin of     anomalous temperature dependence of the magnetic susceptibility of BaVS3 and MgV2O5. Elsevier. Physica B, 312-313,  (2002) 628-9.
 * 14) R. J. Radwanski, Z. Ropka, R. Michalski, A new approach to the crystal-field theory - the orbital magnetism in 3d-ion compounds. IX School on High Temperature superconductivity, Jagiellonian University Press, A. Szytula and A. Kolodziejczyk ed. 2002 p.189. Poland.
 * 15) Z. Ropka, R. Michalski, R. J. Radwanski. Electronic and     magnetic properties of FeBr2. Physical Review B-Condensed Matter, 63 (2001) 172404/1-4.
 * 16) R. J. Radwanski,  R. Michalski R, Z. Ropka  From atomic physics to solid-state     physics: magnetism and electronic structure of PrNi5, ErNi5, LaCoO3 and UPd2Al3. Inst. Phys. Jagellonian Univ. Acta Physica Polonica B, 31 (2000)3079-96.
 * 17) R. Michalski, Z. Ropka,     R. J. Radwanski. Crystal-field interactions in PrRu2Si2.     Journal of Physics-Condensed Matter, 12 (2000) 7609-15.
 * 18) R. J. Radwanski, R. Michalski, Z. Ropka. CEF states in     heavy-fermion superconductor UPd2Al3. Elsevier.     Physica B, 276-278  (2000).803-5.
 * 19) R. Michalski, Z. Ropka,     R. J. Radwanski. Crystal-field origin of the giant     magnetocrystalline anisotropy of PrRu2Si2. Inst.     Phys. Polish Acad. Sci. Acta Physica Polonica A,.97 (2000)767-70.
 * 20) R. J. Radwanski, Z. Ropka Z, R. Michalski. Electronic     structure and magnetism of GdNi5, NdNi5, ErNi5   and DyNi5. Magnetism and Electronic Correlations in Local-Moment Systems: Rare-Earth Elements and Compounds. World Scientific.  (1998) 445-54.

1. The project of: Polish Scientific Research Committee  no 1463/P03/2002/22

Position: PROJECT MANAGER

Title: Effects of crystalline symmetry in Field tetragonalnej ThCr2Si2

End date: 31. 12. 2002, rated: VERY GOOD

2. UDA-POIG.01.04.00-12-069/10-00 The project is co-financed by the European Union resources of the regional development found

Position: PROJECT MANAGER

Title:  Creation of tools for comprehensive analysis of magnetic properties of the elements

Position: PROJECT MANAGER

End date:  28.02.2013.

Other achievements:

·        The creation of software, in the form of two computing packages: BIREC(Basic Interactions in Rare-Earth Compounds) and CEF for 3d ions (Crystal Electric Field for 3d ions) to simulate the fine electronic structure and examining the consequences of such structure for properties of solids as a function of temperature. The execution of a dozen consulting services for industry projects completed research projects, deployment of innovative technologies and manufacturing investments including:
 * develop the application in the form of a calculated package for simulate of the influence of crystal lattice charge surroundings on any atom/ion chosen from periodic table (project funded under the European Regional Development Fund).
 * design and implementation of more than 60 machines to support the movie production and special effects.
 * Development of technologies of farming algae    Hematococcus Pluvialis and designing a dedicated photobioreactor (PBR)  for the production for the industrial     yield of astoxantine.
 * Development of the new method of NDT (non-destructive    testing) based on active thermography with  heterogeneous energy transfer.
 * Development  of the measuring system equipment for the    automotive industry for dynamic measurements during the drive and deploy     car factory Leopard Automobile Mielec, Poland.
 * Development, implementation of  the universal position for testing    prototype exhaust silencers for motors, without the use of an internal     combustion engine.
 * Development and implementation the mass shell    coating machine for drum coating of small pieces of metal (metal     accessories) with induction heater.
 * Organize, design and support of Laboratory of Light    Sources Photometry for MILOO Electronics, Poland.

Design and implementation of a series of prototype electronic, mechanical and pneumatic interactive devices for public spaces including: Protection of intellectual property:
 * Implementation of the technical infrastructure    and software of Mechanical Theater showing a representation of the Wawel  Dragon in the historical Museum of the city of Krakow, in the basement of     the market square.
 * Design and implementation of operating hydraulic    replica ancient equipment (e.g. Ktesibios Water Clock, Heron's Aeolipile,   Archimedes screw) for the Water Museum (Hydropolis) in Wrocław, Poland.
 * Developing and implementing interactive stations    (16 pcs.) representing a range of electricity, mechanics and hydraulics  for Natural Museum in Zielona Góra (Kepler's Science Centre). Zielona Góra,     Poland.

5 patent applications to the Polish Patent Office and the European Patent Office, including 2 of the notification currently covered by full patent protection.

Other interests: general aviation, contemporary art.