About us > Departments > Department of Metal Physics

Department of Metal Physics

  • About the Department
  • Employees
  • Навчальні дисципліни
  • Lecturers' schedule
  • Teaching materials
  • Research
  • History of Department
  • Distant learning
  • News

Head – Professor Mudry S. I.

(032) 239-47-63

mp.dep.physics@lnu.edu.ua

Address: 8, Kyrylo & Mephodiy Street, Lviv, 79005, Ukraine

The Department of Metal Physics was founded in 1963 on the initiative of Yaroslav Yosypovych Dutchak (1933-88). The department was created under the name of X-ray diffraction analysis. A year later it was renamed the Department of X-ray metal physics, and in 1999 – the Department of Physics of Metals.

The department was headed by: Dutchak Ya.Y. (1963-1988), Mykolaichuk O.H. (1988-1996), Syniushko V.H. (1996-1998), Yakibchuk P.M. (1998-2014), Mudryi S.I. (from 2014)

Employees

ChairpersonStepan MudryChairperson
Professor (by-worker)Yuriy PlevachukProfessor (by-worker)
ProfessorIvan ShcherbaProfessor
ProfessorIhor ShtablavyiProfessor
ProfessorPetro YakibchukProfessor
Associate ProfessorRoman BilykAssociate Professor
Associate ProfessorAndrij KorolyshynAssociate Professor
Associate ProfessorYulia NykyruyAssociate Professor
LecturerViktor PrysyazhnyukLecturer
Senior Research FellowYurij KulykSenior Research Fellow
Junior Research FellowOlena ShvedJunior Research Fellow
Lead EngineerLesya DobryanskaLead Engineer
1st Category EngineerVitaliy Osypenko1st Category Engineer
EngineerBogdan SokolyukEngineer
Postgraduate StudentNazar PopilovskyiPostgraduate Student
Postgraduate StudentViktor PoverzhukPostgraduate Student
Postgraduate StudentVitaliy PrunitsaPostgraduate Student
Postgraduate StudentNazar SembratovychPostgraduate Student

1 year

General physics practicum (molecular physics) (104 - Physics and astronomy. EP Computer physics)
General Physics Practicum (Molecular physics) (104 - Physics and Astronomy. EP Physics and Astrophysics)
General Physics Practicum (Molecular Physics) (104 - Physics and Astronomy. EP Quantum Computers and Quantum Programming)
General Physics Practicum (Molecular Physics) (105 – Applied Physics and Nanomaterials)
Molecular physics (014.08 – Secondary education (Physics))
Molecular physics (104 – Physics and Astronomy. EP Computer physics)
Molecular physics (104 – Physics and Astronomy. EP Physics and Astrophysics)
Molecular physics (104 – Physics and Astronomy. EP Quantum computers and Quantum programming)
Molecular physics (105 – Applied physics and Nanomaterials)

4 year

Computer engineering of Materials (105 – Applied physics and Nanomaterials. EP Computer technologies in Applied physics)
Data Processing and Analysis (104 – Physics and Astronomy. EP Computer physics)
Data Processing and Analysis (105 – Applied physics and Nanomaterials. EP Computer technologies in Applied physics)
Data Processing and Analysis (105 – Applied physics and Nanomaterials. EP Nanophysics and Nanomaterials)
Physics of Cluster and Nanostructured Materials (104 – Physics and Astronomy. EP Computer Physics)
Physics of Cluster and Nanostructured Materials (104 – Physics and Astronomy. EP Physics and Astrophysics)
Physics of Metals and Materials science (104 – Physics and Astronomy. OP Physics and Astrophysics)

5 year

Achievements and Prospective studies of Condensed matter (104 - Physics and Astronomy. EP Experimental physics)
Actual problems of Condensed state physics (104 – Physics and Astronomy. EP Theoretical physics and Astrophysics)
Actual problems of Condensed state physics (105 – Applied physics and nanomaterials)
Microscopic methods in Modern materials science (104 – Physics and Astronomy. EP Experimental physics)
Model methods in the Physics of Metals (104 – Physics and Astronomy. EP Experimental physics)
Modern technologies for materials synthesis (105 –Applied physics and Nanomaterials)
Problems of Electronic materials science (104 - Physics and Astronomy. EP Experimental physics)

6 year

Modern methods of Studying defects in Crystals (104 - Physics and Astronomy. EP Experimental physics)
Physical crystallography (104 – Physics and astronomy. EP Experimental physics)
Quantum solid state Theory (104 – Physics and Astronomy. OP Theoretical physics and Astrophysics)

Lecturers' schedule



Teaching materials

  1. Computational engineering of materials of different dimensions. Methodical instructions for laboratory work for students of the Faculty of Physics. / I.Shtablavyi – Lviv: Publishing Center of Ivan Franko National University of Lviv, 2024, -67p.
  2. Physics of cluster and nanostructured materials. Methodical instructions for laboratory work for students of the Faculty of Physics. / I.Shtablavyi – Lviv: Publishing Center of Ivan Franko National University of Lviv, 2023, -91p.
  3. Thermodynamics and phase equilibria in multicomponent systems. / L.Bulavin, Yu.Plavachuk, V.Sklyarchuk, A.Yakymovych. – Lviv: Publishing Center of Ivan Franko National University of Lviv, 2019, -295p.
  4. High-Energy Spectroscopy of Compounds. Textbook. / I.Shcherba – Lviv: Publishing Center of Ivan Franko National University of Lviv, 2018, -304p.
  5. Methodological instructions for laboratory work in the course Physical Materials Science. / I.Shtablavyi – Lviv: Publishing Center of Ivan Franko National University of Lviv, 2018, -100p.
  6. The effect of laser irradiation on the structure of amorphous metal alloys. Monograph. / S.Mudryy, Yu.Nykyruy – Lviv: Publishing Center of Ivan Franko National University of Lviv, 2017, -118p.
  7. Physics of clusters and nanomaterials. Textbook. / S.Mudryy, I.Shtablavyi – Lviv: Publishing Center of Ivan Franko National University of Lviv, 2017, -356p.
  8. X-ray structural analysis in materials science. Textbook. / S.Mudryy, Yu.Kulyk, A.Yakymovych – Lviv: Publishing Center of Ivan Franko National University of Lviv, 2017, -226p.
  9. Model methods in the physics of metals. Monograph. / P.Yakibchuk, V.Shvets – Lviv: Publishing Center of Ivan Franko National University of Lviv, 2012, -650p.
  10. Molecular Physics. Textbook. / P.Yakibchuk, M.Klym – Lviv: Publishing Center of Ivan Franko National University of Lviv, 2015, -584p.
  11. High-energy spectroscopy of materials. Textbook. / I.Shcherba – Lviv: Publishing Center of Ivan Franko National University of Lviv, 2012, -248p.
  12. Physical Materials Science. Textbook. / S.Mudryy, I.Shtablavyi – Lviv: Publishing Center of Ivan Franko National University of Lviv, 2012, -418p.
  13. Higher education standard of Lviv National University for the specialty “Physics”: Educational and qualification characteristics. / P.Yakibchuk, S.Mudryy, T.Demkiv, V.Prysyazhnyuk – 2012, -19p.; Educational and professional program. / P.Yakibchuk, S.Mudryy, T.Demkiv, V.Prysyazhnyuk – 2012, -32p.; Diagnostic tools. / P.Yakibchuk, S.Mudryy, T.Demkiv, V.Prysyazhnyuk – 2012, -62p.
  14. Critical stratification phenomena in fluids on earth and in space. Monograph. / L.Bukavin, Yu.Plavachuk, V.Sklyarchuk – Kyiv: Naukova Dumka, 2011, -278p.
  15. Methodological instructions for laboratory work in the course X-ray structural analysis. / I.Shtablavyi – Lviv: Publishing Center of Ivan Franko National University of Lviv, 2011, -60p.
  16. Lecture demonstrations from the course of general physics: Molecular physics and thermodynamics. Textbook. / R.Gnyp, Z.Khapko, V.Vistovskyi; by the editor P.Yakibchuk – Lviv: Publishing Center of Ivan Franko National University of Lviv, 2011, -132p.
  17. Critical phenomena of stratification in monotectic and eutectic metal melts. Monograph. / L.Bulavin, Yu.Plavachuk, V.Sklyarchuk, A.Mamot – Poltava: LLC “ASMI”, 2010, -335p.
  18. Lecture demonstrations from the course of general physics: Optics. Textbook. / R.Gnyp, Z.Khapko, V.Vistovskyi; by the editor P.Yakibchuk – Lviv: Publishing Center of Ivan Franko National University of Lviv, 2010, -140p.
  19. Molecular Physics. Laboratory Practical. Textbook. / P.Yakibchuk, A.Korolyshyn – Lviv: Publishing Center of Ivan Franko National University of Lviv, 2009, -131p.
  20. Collection of problems in molecular physics. Textbook. / M.Klym, P.Yakibchuk – Lviv: Publishing Center of Ivan Franko National University of Lviv, 2009, -242p.
  21. Metal-Nonmetal Transition in Ionic-Electronic Liquids. Monograph. / L.Bulavin, B.Sokolovskyi, Yu.Plavachuk, V.Sklyarchuk – Kyiv: Naukova Dumka, 2011, -311p.
  22. Acoustic methods of substance analysis. Textbook. / S.Mudryy – Lviv: Publishing Center of Ivan Franko National University of Lviv, 2008, -233p.
  23. Electron diffraction for studying the structure of materials. Textbook. / O.Balytskyi, O.Mykolachuk. – Lviv: Publishing Center of Ivan Franko National University of Lviv, 2006. -62p.
  24. Molecular Physics. Textbook. / M.Klym, P.Yakibchuk – Lviv: Publishing Center of Ivan Franko National University of Lviv, 2003, -546p.
  25. Physics of metals. Textbook. / P.Yakibchuk – Lviv: Lviv University Publishing House, 2000. -102p.
  26. Impurities and defects in amorphous germanium telluride. Monograph. / I.Dutsyak, S.Makarenko, O.Mykolachuk / Lviv: “Svit” Publishing House, – 1997, -203p.
  27. X-ray spectral analysis. Textbook. / Y.Kavych, V.Synyushko, I.Stec, P.Gel – Kyiv: 1997, -154p.
  28. X-ray spectroscopy. Textbook. Навчальний посібник. / Y.Kavych, I.Stec, V.Synyushko, I.Margolych – Lviv: LSU, 1996, -101p.
  29. Features of the energy gap structure of amorphous germanium telluride films. / I.Dutsyak, S.Makarenko, O.Mykolachuk – Lviv: “Svit” Publishing House, 1997, -43p.
  30. X-ray physics. Text of lectures. / Y.Kavych – Lviv: LSU, 1993, -101p.
  31. Physics of metals. Textbook. / Ya.Dutchak, A.Freik, V.Chobanyuk, M.Galushchak – Kyiv, 1993, -162p.
  32. Scattering of X-rays by matter. Textbook. / Y.Kavych, O.Mykolachuk – Lviv: LSU, 1992, -124p.
  33. Molecular Physics. Textbook. / Ya.Dutchak, P.Yakibchuk – Kyiv, 1991, -340p.
  34. Molecular Physics. Laboratory Practical. / B.Gapchyn, Ya.Dutchak, V.Frenchko – Lviv: Svit Publishing House, 1990, -237с.
  35. Collection of problems in molecular physics. Textbook. / M.Klym, M.Komarnytskyi, S.Mudryy – Kyiv, 1990, -172p.
  36. Stability, transformations and phase equilibria in metallic systems. / M.Rystych, Ya.Dutchak, I.Shcherba – Belgrad, 1988, -129p.
  37. Crystal lattice dynamics. Textbook. / Ya.Dutchak, D.Freik – Lviv, 1987, -82p.
  38. X-ray diffraction methods for studying the fine crystal structure of materials. Textbook. / O.Mykolachuk, D.Freik, V.Klanichka – Lviv: LSU, 1985, -77p.
  39. Modern methods of X-ray spectroscopy. Textbook. / V.Synyushko, Y.Kavych, I.Slabkovskyi – Lviv: LSU, 1981, -81p.
  40. Physico-chemical methods of studying inorganic substances. Textbook. / O.Mykolachuk, D.Freik – Lviv: LSU V.2, 1980, -56p.
  41. Physico-chemical methods of studying inorganic substances. Textbook. / O.Mykolachuk, D.Freik – Lviv: LSU V.1, 1979, -90p.
  42. Electronic correlation and physicochemical properties of materials. Textbook. / Ya.Dutchak, Y.Kavych, V.Synyushko –Львів: «Вища школа», 1979, -90с.
  43. Aging and oxidation processes of semiconductor films. Textbook. / O.Mykolachuk, D.Freik, V.Shperun – Львів: «Вища школа», 1979, -99с.
  44. Physico-technological foundations of the synthesis of semiconductor films. Textbook. / O.Mykolachuk, D.Freik, V.Shperun – Lviv: Vyscha Shkola, 1978, -105p.
  45. Radiography of liquid metals. Monograph. / Ya.Dutchak – Lviv: Vyscha Shkola, 1977, -161p.
  46. Molecular physics. Laboratory practical. / Ya.Dutchak, B.Gapchyn, V.Frenchko – Lviv: Vyscha Shkola, 1977, -102p.
  47. Electronography Workshop. Textbook. / O.Mykolachuk, O.Kogut – Lviv: Vyscha Shkola, 1977, -97p.
  48. Fundamentals of Phase and State Diagrams. Textbook. / R.Bychkivskyi, V.Vygdorovych, Ya.Dutchak, G.Ukhlynov  – Lviv: Vyscha Shkola, 1976, -110p.
  49. Physical properties of metals. Textbook. / V.Prokhorenko, I.Pazdriy – Lviv: Vyscha Shkola, 1976, -93p.
  50. X-ray practical course. Textbook. / Ya.Dutchak – Lviv: Vyscha Shkola, 1975, -92p.
  51. Molecular Physics. Textbook. / Ya.Dutchak – Lviv: LSU, 1973, -250p.

Research

External relations of the Department

History of Department

On April 10–11, 2025, a scientific event dedicated to the World Quantum Day took place in Lviv

22.04.2025 | 23:42

    

 
The event was organized by scientists from the Department of Theoretical Physics, with the support of the Virtual Ukrainian Institute of Advanced Studies (VUIAS), the Minor Academy of Sciences of Ukraine, the Volkswagen Foundation, L’Oréal Ukraine, and the Lviv Society of Scientists.
The invited speakers at the scientific event included researchers and representatives of the IT community from Poland, Slovenia, Portugal, Norway, Ireland, the United Kingdom, and the United States.
As a result of the scientific event...

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We invite you to a scientific event in Lviv dedicated to World Quantum Day

02.04.2025 | 17:49

On April 10-11, 2025, for the third time in Lviv, as well as online (via ZOOM), an international scientific event dedicated to World Quantum Day will take place.
The goal of the event is to popularize quantum theory and bring together scientists, IT community representatives, students, and high school students to discuss quantum mechanics challenges, achievements, and the future of quantum technologies and quantum programming.
The program will include activities of interest to both beginners in quantum mechanics (high school students, university...

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