Courses at the Departments of Physics Szeged

Physics Courses

Courses at the Departments of Physics

Plan of Courses

List of Courses

Basic Courses
Courses for Physics Students
Courses for Physics Teacher Students
Optional Courses


Basic Courses	Mechanics Waves and Optics Thermal Physics Electricity and Magnetism Atomic Physics	Nuclear and Particle Physics 1. Mathematical Methods in Physics 1 . Physics and Electronics Laboratory 1. Physics and Electronics Laboratory 2. Physics and Electronics Laboratory 3. Physics and Electronics Laboratory 4.

Courses for Physics Students	Mathematical Methods in Physics 2. Theoretical Mechanics 1. Theoretical Mechanics 2. Biophysics Physics and Electronics Laboratory 5. Physics and Electronics Laboratory 6. Electrodynamics and Special Theory of Relativity 1. Electrodynamics and Special Theory of Relativity 2. Vacuum Physics Quantum Mechanics 1. Quantum Mechanics 2. System Theory 1. System Theory 2.	Statistical Physics Spectroscopy 1. Spectroscopy 2. Electronics 1. Electronics 2. Group Theory in Physics Solid State Physics 1, 2. Theoretical Solid State Physics Molecular Physics Nuclear and Particle Physics 2. Laser Physics Biophysics Laboratory Optics and Laserphysics Laboratory Nuclear Physics Laboratory Astrophysics Quantum Field Theory Physics Seminar

Courses for Physics Teacher Students	Measurements in Physics 1 Measurements in Physics 2. Theoretical Mechanics 1. Theoretical Mechanics 2. Biophysics Electronics Electrodynamics Quantum Mechanics	Statistical Physics Solid State Physics Physics Teaching Problem Solving in Physics 1, 2. Astronomy History of Physics Seminar on Methodology of Physics Teaching

Optional Courses	Light Spectroscopy in Biophysics Fluorescence Spektroscopy Quantum Optics Lie Algebras in Physics 1. Lie Algebras in Physics 2. Physics of Complex Systems Integrable Systems 1. Integrable Systems 2. High-intensity Lasers Physics of Semiconductor Devices Principles of Semiconductor Physics Physics of Amorphous Matter Technology of Semiconductor Devices	Synergetics 1. Synergetics 2. Introduction to the Physics of Shock Waves Experimental Quantum Optics Nonlinear Optics Elements of the Theory of Optical Diffraction Laser-assisted Materials Processing Lasers in Medical Science Religion and Science Digital Picture Processing Differential geometric methods in physics 1. Musical Acoustics