Program Overview

University Program Details

The university program in question appears to be a physics program, with various specializations and courses available to students.

Program Structure

The program is structured into several components, including:

• Criterion Subjects
• Specialization Subjects
• Elective Professional Subjects

Criterion Subjects

The criterion subjects include:

• Basic Physics Knowledge
• Professional Practice KF (Professional Practice KF)

Specialization Subjects

The specialization subjects are divided into several categories, including:

• Emphasized Subject Group
  • Quantum Field Theory
  • Modern Solid-State Physics
  • Geometry of Classical Field Theories
  • The basics of nanophysics (Introduction to Nanophysics)
  • Group Theory in Solid-State Research
  • Dynamical Systems
  • Theoretical Nanophysics
  • Evolutionary Game Theory
  • Phase transitions
  • Physics of Semiconductors
  • Complex networks (Complex Networks)
  • Correlation Methods in Quantum Chemistry I. (Correlation Methods in Quantum Chemistry I)
  • Quantum Informatics (Quantum Informatics)
  • Quantum optics (Quantum Optics)
  • Magnetic resonance (Magnetic Resonance)
  • Theory of Magnetism
  • Optical Spectroscopy in Materials Science
  • Many-Body Problem 1
  • Electronic Structure of Solids
  • Superconductivity
  • Vector Spaces in Physics
• Additional subjects marked with an asterisk (*) are also available, including:
  • Group Theory for Physicists* (Group Theory for Physicists*)
  • Electrodynamics 2* (Electrodynamics 2*)
  • Electrodynamics Practice 2* (Electrodynamics Practice 2*)
  • Classical and Quantum Chaos* (Classical and Quantum Chaos*)
  • Quantum Mechanics 2* (Quantum Mechanics 2*)
  • Quantum Mechanics Practice 2* (Quantum Mechanics Practice 2*)
  • Mechanics 2*
  • Mechanics Practice 2* (Mechanics Practice 2*)
  • Computer solutions for technical and physical problems* (Computer Solutions for Technical and Physical Problems*)
  • Theory of Relativity*
  • Computer Measurement Control* (Computer Measurement Control*)

Elective Professional Subjects

The elective professional subjects include:

• Introduction to Density Functional Theory
• Atomic-Level Computer Simulation of Solids
• Physics of One-Dimensional Systems
• Wave Packet Dynamical Methods in Physics
• Quantum Monte Carlo methods (Quantum Monte Carlo Methods)
• Quantum Electronics (Quantum Electronics)
• Laser Physics
• Theory of Magnetism 2
• Monte Carlo methods (Monte Carlo Methods)
• Physics of Disordered Systems
• Many-Body Problem 2
• Statistical Field Theory
• Computer Measurement Control Project Work in LabVIEW Environment* (Computer Measurement Control Project Work in LabVIEW Environment*)
• Topological insulators (Topological Insulators)
• Topological Insulators 2 (Topological Insulators 2)
• Random Matrix Theory and Physical Applications

Course Details

Each course has a unique code, and the details include:

• Course Code
• I, II, III, IV (Semester)
• Hour (Hours)
• Language (Language)
• Type (Type)
• Prerequisite