MSc in Physics: Curriculum

Abbreviations:

in column "course name":
  • lec.: lecture
  • p.c.: practical course
  • s.: seminar
in column "assessment":
  • mpc: mark for practical course
  • oe: oral exam
  • we: written exam
  • a: assignment (e.g. problem solving)
  • x: combination of various assessment types (for details please read the corresponding course description)
Course name Semester - lecture hours / week Credit Assessment Responsible instructor Lecturer(s)
1 2 3 4
Foundation courses
Natural Sciences
Mathematical methods in physics p.c. 3 4 mpc Péter Ádám Péter Ádám, Mátyás Mechler
Computer processing of measurement data s. 3 3 mpc Zsuzsanna Márton Zsuzsanna Márton
Signals and systems lec. 2 2 oe Zsuzsanna Márton Zsuzsanna Márton
Signals and systems p.c. 2 3 mpc Zsuzsanna Márton Zsuzsanna Márton
Numerical mathematics s. 3 4 mpc Péter Ádám Péter Ádám, Mátyás Mechler
Modern Physics
Atomic and molecular physics lec. 2 3 oe Tamás Gál Tamás Gál
Advanced laboratory p.c. 4 5 mpc József Fülöp József Fülöp
Condensed matter physics lec. 2 3 oe Mátyás Koniorczyk Mátyás Koniorczyk
Condensed matter physics p.c. 1 2 mpc Mátyás Koniorczyk Mátyás Koniorczyk
Nuclear and particle physics lec. 2 3 oe Csaba Korpa Csaba Korpa
Nuclear and particle physics p.c. 1 2 mpc Csaba Korpa Csaba Korpa
Scientific communication s. 2 3 we János Hebling János Hebling
Statistical Physics II lec. 2 2 oe Tamás Gál Tamás Gál
Professional knowledge courses
Optics and Laser Physics
Modern optics lec. 2 3 oe János Erostyák János Erostyák
Laser physics s. 4 6 x János Hebling János Hebling
Femtosecond and nonlinear optics s. 4 6 we György Tóth György Tóth
Physics of Quantum Systems
Quantum mechanics II lec. 2 3 oe József Janszky József Janszky, Péter Ádám
Quantum mechanics II p.c. 1 2 mpc József Janszky József Janszky, Péter Ádám
Quantum optics lec. 2 3 oe Péter Ádám Péter Ádám, Mátyás Mechler
Quantum optics s. 2 3 mpc Mátyás Mechler Mátyás Mechler
Quantum information lec. 2 3 oe József Janszky József Janszky, Péter Ádám
Quantum information s. 2 3 mpc József Janszky József Janszky, Péter Ádám
Basic compulsory elective courses
Course name Semester - lecture hours / week Credit Assessment Responsible instructor Lecturer(s)
Fall Spring
Analysis in several variables lec. 3 4 we Margit Pap Margit Pap, Tímea Eisner
Analysis in several variables s. 2 2 mpc Margit Pap Margit Pap, Tímea Eisner
Application of microcontrollers lec. 2 3 oe Gábor Almási Gábor Almási
Assembly programming s. 3 4 oe Gábor Almási Gábor Almási
Complex functions lec. 2 2 we Margit Pap Margit Pap, Tímea Eisner
Complex functions s. 2 2 mpc Margit Pap Margit Pap, Tímea Eisner
Complex problems in physics s. 4 6 a Zoltán Tibai Zoltán Tibai
Computer networks II s. 3 4 oe Gábor Almási Gábor Almási
Fourier series lec. 3 4 we Tímea Eisner Tímea Eisner, Margit Pap
Java programming s. 4 5 we Géza Makkai Géza Makkai
Magnetic materials lec. 2 3 oe Szergei Kukhlevsky Szergei Kukhlevsky
Numerical solution of partial differential equations s. 3 4 we Csaba Korpa Csaba Korpa
Open quantum systems lec. 2 3 oe Péter Ádám Péter Ádám, Mátyás Mechler
Operator theory lec. 2 3 oe András B. Frigyik András B. Frigyik
Resonant light-matter interactions lec. 2 3 oe Péter Ádám Péter Ádám, Mátyás Mechler
Spectroscopy s. 2 3 we János Hebling János Hebling
Visualization techniques II s. 2 3 mpc Gábor Almási Gábor Almási

Note: our Master of Science in Physics programme was accepted by the Hungarian Accreditation Committee on the 17th of August, 2017. Expected year of start: 2018/2019.