Lecture courses

Since 2006 International lecture course on modern theoretical physics for students have been launched by Scientific-Educational Center. This course belongs to the system of continuing physical-mathematical education. Within this program lecture courses on condensed matter physics, mathematical methods in quantum mechanics and quantum field theory and high energy astrophysics are performed by scientists from leading research centers of Ukraine, Europe and Russia. Everyday lectures and seminar are grouped to 7-10 day blocks. High intensity of these courses provides students with exceptional opportunity to significantly improve their educational level and to reach the frontiers of modern theoretical physics.

• Condensed matter physics
• Introduction to topological insulators

2016

• Courses of seminars, April 25 -29
• Courses of seminars, April 19 - 22
• Courses of seminars, April 5 - 8
• Courses of seminars, March 29 - April 1
• Courses of seminars, March 22 - 25
• Courses of seminars, March 17 - 18
• Courses of seminars, March 9 - 11

2015

• Courses of seminars, November 30 - December 4
• Courses of seminars, November 23 - 27
• Courses of seminars, November 16 - 20
• Seminar of classical mechanics and differential geometry, November 9, 13
• Courses of seminars, November 2 - 6
• Courses of seminars, October 26 - 30
• Courses of seminars, October 19 - 23
• Seminar of classical mechanics, October 12
• Courses of seminars, October 5 - 9
• Seminar of classical mechanics, October 2
• Seminar of classical field theory, September 30
• Courses of seminars, September 23 - 25
• Courses of seminars, September 14 - 19
• Seminar courses, September 8 - 12

2014

• Seminar of condensed matter physics
• New Year seminar on Mathematical Physics

2013

• Public defense of Bachelor and Master theses of students of quantum field theory department
• Introduction to quantum mechanics: the Feynman path integrals
• On the role of integrability in the nonperturbative physics
• Student summer school practice (1-2 courses)
• Student summer school practice (3-5 courses)
• Relaxation momentum of the mobile impurities in one-dimensional quantum fluid
• Lattice QCD and QCD phenomenology
  
• Introduction to quantum field theory in the de Sitter space
  

2012

• I. Levkovsky - Introduction to the one-dimensional models of solid state physics
•  A. Raychev - Introduction to the topological insulators
• A. Kotikov - Modern methods of Feynman diagrams computation

2011

• A. Chudnovsky - Keldyshev technique in nonequilibrium systems
•  D. Wolin - Introduction to quantum integrable systems

2009

• I. Levkovsky - Perturbation theory  
• D. Wolin  - Introduction to integrated quantum systems using Mathematica
• I. Levkovsky - - Effective QED fractional models (part 2)

2008

•  I. Levkovsky - - Effective QED fractional models (part 1)

2007

• A. Belavin - Two-dimensional conformal field theory
• M. Shaposhnikov - Physics of electroweak interaction and the origin of baryon asymmetry and dark matter
• E. Sukhorukov - Theory of fluctuations in nano systems
• D. Wolin  - Series of student seminar on modern mathematical physics

2006

• D. Heshkenbeyn - Vortices in superconductors
• B. Cheyanov - Bosonisation and  boundary excitements in the quantum Hall effect
• B. Cheyanov - Quantum Hall effect
• E. Sukhorukov - Noise and mesoscopic physics 
• D. Gorbunov - Standard Model of elementary particles