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Physicist Msc - Research Physicist Specialization

Final exam subjects:

The curriculum of the Research physicist specialization of the Physicist MSc of the BME     
Legend    
Course type: K - obligatory, KV - optional, SZV - freely chosable. Requirement: v - exam, f - end of term mark, a - audit     
The courses marked with # are held every year, the ones marked with E/O are held every two years    
# - Proposed semester     
O - Proposed for those who start the programme in an odd year (e.g. 2019)     
E - Proposed for those who start the programme in an even year (e.g. 2020)     
* - Items marked in italics are courses that appear in the BME Physics BSc program as compulsory, compulsory elective, recommended freely elective professional courses, or compulsory elective general-education courses, and therefore, naturally, only those courses that have not yet been completed during the BSc program may be taken.    
The name of the course brings you to the information webpage of the course, clicking the code will show you the official accreditation formular.    
Subject  Code  Type  Credit  Hours  Semester  Recommended semester  Language     
Lect  Prac               
Common basic and compulsory courses (31 credits in total)     

 		 Statistical Physics 2  BMETE15MF73  K/v 5  2 1 0 every autumn # 
 
 
 		 en     
Physics Laboratory KF  BMETE11MF02  K/f 6  0 0 6 every autumn # 
 
 
 		 hu     
Numerical Methods  BMETE92MF00  K/f 6  4 0 2 every autumn
 
 		 # 
 		 en     
Colloquim Series 1  BMETE15MF41  K/f 1  1 0 0 every semester
 		 # 
 
 		 en     
Colloquim Series 2  BMETE15MF42  K/f 1  1 0 0 every semester
 
 		 # 
 		 en     
Optional main courses (2 courses to be choosen from the following list, 10 credits in total)     

 		 Fundamentals of Photonics  BMETE12MF81  KV/v 5  2 1 0 every autumn # 
 
 
 		 en     
Nuclear Physics  BMETE80MF62  KV/v 5  2 1 0 every spring
 		 # 
 
 		 hu     
Nanotechnology and Materials Science  BMETE11MF58  KV/v 5  3 0 0 every autumn # 
 
 
 		 en     
Particle Physics  BMETE15MF72  KV/v 5  2 1 0 every autumn # 
 
 
 		 en     
Computer Simulation in Physics  BMETE15MF74  KV/f 5  2 1 0 every spring
 		 # 
 
 		 en     
Medical Imaging  BMETE80MFAN  KV/v 5  3 1 0 every autumn # 
 
 
 		 hu     
Optional economics courses (1 course to be choosen from the following list, 2 credits in total)     

 		 Befektetések BMEGT35M004 KV/f 2  2 0 0 every spring
 		 # 
 
 		 hu    
English for university studies, angol B2+*  BMEGT60W68A KV/f 2  0 2 0 every spring
 		 # 
 
 		 en    
Kommunikációs készségfejlesztés, angol B2*  BMEGT60W60A KV/f 2  0 2 0 every spring
 		 # 
 
 		 en    
Műszaki nyelv, angol B2*  BMEGT60W64A KV/f 2  0 2 0 every spring
 		 # 
 
 		 en    
Professional writing, angol C1*  BMEGT60W71A KV/f 2  0 2 0 every spring
 		 # 
 
 		 en    
English for professional success, angol C1*  BMEGT60W70A KV/f 2  0 2 0 every spring
 		 # 
 
 		 en    
Independent research (56 credits in total)     

 		 Independent Laboratory 1  BMETE11MF07  K/f 7  0 0 7 every semester
 		 # 
 
 		 hu     
Independent Laboratory RP2  BMETE11MF32  K/f 13  0 0 13 every semester
 
 		 # 
 		 hu     
Diploma Work RP  BMETE11MF33  K/f 30  0 0 30 every semester
 
 
 		 #  hu     
Seminar 1  BMETE11MF03  K/f 2  0 2 0 every semester # 
 
 
 		 en     
Seminar 2  BMETE11MF04  K/f 2  0 2 0 every semester
 		 # 
 
 		 en     
Seminar 3  BMETE11MF05  K/f 2  0 2 0 every semester
 
 		 # 
 		 en     
Seminar 4  BMETE11MF06  K/a 0  0 2 0 every semester
 
 
 		 #  en     
Subject matter(24 cradit can be choosen from the following list)     

 		 Important optional main courses (at least 7 credits from the following list)     

 		 Phase Transitions  BMETE15MF63  KV/v 5  2 1 0 odd spring
 		 E 
 		 O  en     
Complex Networks  BMETE15MF76  KV/v 4  2 1 0 even autumn E 
 		 O 
 		 en     
Quantum Field Theory  BMETE15MF65  KV/v 7  3 2 0 odd spring
 		 E 
 		 O  en     
Modern Solid State Physics  BMETE11MF55  KV/v 7  3 2 0 every autumn # 
 
 
 		 en     
Specialization courses grouped by subjects     
Solid state physics     

 		 Phase Transitions  BMETE15MF63  KV/v 5  2 1 0 odd spring
 		 E 
 		 O  en     
Modern Solid State Physics  BMETE11MF55  KV/v 7  3 2 0 every autumn # 
 
 
 		 en     
Basics of Nanophysics  BMETE11MF53  KV/v 5  3 0 0 every spring
 		 # 
 
 		 en     
Group Theory in Solid State Research  BMETE11MF12  KV/v 3  2 0 0 every spring
 		 # 
 
 		 en     
Theoretical Nanophysics  BMETE15MF66  KV/v 5  2 1 0 odd spring
 		 E 
 		 O  en     
Physics of Semiconductors  BMETE11MF26  KV/v 3  2 0 0 every autumn # 
 
 
 		 en     
Korrelációs módszerek a kvantumkémiában I. BMEVEFAA005 KV/v 2  2 0 0 every autumn
 
 		 # 
 		 en    
Advanced Semiconductor Devices  BMETE11MF52  KV/v 3  2 0 0 every spring
 		 # 
 
 		 en     
Laser Physics  BMETE12MF17  SZV/v 3  2 0 0 even spring
 		 O 
 		 E  en     
Magnetic Resonance  BMETE11MF56  KV/v 5  2 1 0 even spring
 		 O 
 		 E  en     
Theory of Magnetism  BMETE11MF57  KV/v 5  2 1 0 every spring
 		 # 
 
 		 en     
Theory of Magnetism 2  BMETE11MF14  SZV/v 3  2 0 0 odd autumn O 
 		 E 
 		 en     
Optical Spectroscopy in Materials Science  BMETE11MF54  KV/v 5  3 0 0 every spring
 		 # 
 
 		 en     
Many-Body Theory 1  BMETE15MF68  KV/v 6  3 1 0 even spring
 		 O 
 		 E  en     
Many-Body Theory 2  BMETE15MF69  SZV/v 4  2 1 0 even autumn E 
 		 O 
 		 en     
Electronic Structure of Solid Matter  BMETE15MF70  KV/v 5  2 1 0 odd autumn E 
 		 O 
 		 en     
Superconductivity  BMETE11MF45  KV/v 3  2 0 0 every autumn # 
 
 
 		 en     
Foundations of Density Functional Theory  BMETE15MF15  SZV/v 3  2 0 0 odd autumn O 
 		 E 
 		 en     
Quantum space theory, exotic quantum systems     

 		 Quantum Field Theory  BMETE15MF65  KV/v 7  3 2 0 odd spring
 		 E 
 		 O  en     
Quantum World  BMETE15MF77  SZV/v 3  2 0 0 even autumn E 
 		 O 
 		 en     
The Physics of One-Dimensional Systems  BMETE15MF05  SZV/v 3  2 0 0 even autumn E 
 		 O 
 		 en     
Theoretical Nanophysics  BMETE15MF66  KV/v 5  2 1 0 odd spring
 		 E 
 		 O  en     
Advanced Quantum Field Theory  BMETE15MF71  SZV/v 4  2 1 0 odd autumn O 
 		 E 
 		 en     
Lie-groups in Physics  BMETE15MF62  SZV/v 3  2 0 0 odd spring
 		 E 
 		 O  en     
The Physics of Disordered Systems  BMETE15MF53  SZV/v 4  2 1 0 odd autumn O 
 		 E 
 		 en     
Many-Body Theory 1  BMETE15MF68  KV/v 6  3 1 0 even spring
 		 O 
 		 E  en     
Many-Body Theory 2  BMETE15MF69  SZV/v 4  2 1 0 even autumn E 
 		 O 
 		 en     
Statistical Field Theory  BMETE15MF64  SZV/v 4  2 1 0 even spring
 		 O 
 		 E  en     
Véletlen mátrixelmélet és alkalmazásai  BMETE15MF10  SZV/v 3  2 0 0 even autumn E 
 		 O 
 		 en     
Quantum technology     

 		 Quantum Information Processing  BMETE11MF42  KV/v 3  2 0 0 odd spring
 		 E 
 		 O  en     
Quantum Optics  BMETE15MF67  KV/v 5  2 1 0 even autumn E 
 		 O 
 		 en     
Quantum Computing Architectures  BMETE15MF60  SZV/v 3  2 0 0 even autumn E 
 		 O 
 		 en     
Transport in Complex Nanostructures  BMETE11MF24  SZV/v 3  2 0 0 odd autumn O 
 		 E 
 		 en     
Topological Insulators  BMETE11MF34  SZV/v 3  2 0 0 odd autumn O 
 		 E 
 		 en     
Mathematical physics     

 		 Geometry of Classical Field Theories  BMETE94MM11  KV/v 2  2 0 0 every autumn
 
 		 # 
 		 en     
Dynamical Systems  BMETE93MM02  KV/v 5  3 1 0 every spring
 		 # 
 
 		 en     
Lie-groups in Physics  BMETE15MF62  SZV/v 3  2 0 0 odd spring
 		 E 
 		 O  en     
Vector Spaces in Physics  BMETE92AM24  KV/v 3  2 0 0 every autumn # 
 
 
 		 en     
Numarical modeling, complex networks     

 		 Complex Networks  BMETE15MF76  KV/v 4  3 1 0 even autumn E 
 		 O 
 		 en     
Evolutionary Game Theory  BMETE15MF11  KV/v 3  2 0 0 odd spring
 		 E 
 		 O  en     
Introduction to data science 1  BMETE95AM36  KV/v 4  3 0 1 every autumn
 
 		 # 
 		 hu     
Programming Exercises for Data Science  BMETE95AM43  KV/f 2  0 1 0 every autumn
 
 		 # 
 		 hu     
Computational Research Project  BMETE15MF61  SZV/f 3  0 0 2 every semester #  #  #  #  hu / en     
Artificial Intelligence in Data Science  BMETE15MF75  SZV/f 5  1 2 0 every autumn # 
 
 
 		 en     

 		 Financial Engineering  BMETE15MF78  SZV/f 3  2 0 0 odd spring
 		 E 
 		 O  en     
Optional courses from the Physics BSc     

 		 Group Theory for Physicists*  BMETE11AF40  KV/v 5  2 2 0 every autumn # 
 
 
 		 en     
Electrodynamics 2*  BMETE15AF48  KV/f 5  2 2 0 every spring
 		 # 
 
 		 en     
Classical and Quantum Chaos*  BMETE15AF45  KV/v 3  2 0 0 every autumn # 
 
 
 		 en     
Quantum Mechanics 2*  BMETE15AF36  KV/v 2  2 0 0 every autumn # 
 
 
 		 en     
Practical Course in Quantum Mechanics 2*  BMETE15AF43  KV/f 3  0 2 0 every autumn # 
 
 
 		 en     
Mechanics 2*  BMETE15AF32  KV/v 2  2 0 0 every spring
 		 # 
 
 		 en     
Practical Course in Mechanics 2*  BMETE15AF44  KV/f 3  0 2 0 every spring
 		 # 
 
 		 en     
Computer Solution of Technical and Physical Problemstechnical and physical problems*  BMETE11AF41  KV/f 3  0 0 2 every autumn # 
 
 
 		 en     
Theory of Relativity*  BMETE15AF55  KV/f 3  2 0 0 every spring
 		 # 
 
 		 en     
Computer Controlled Measurements*  BMETE11AF38  KV/f 3  0 0 2 every spring
 		 # 
 
 		 en     
Measurement Control Project Work in LabVIEW Environment*  BMETE11AF39  SZV/f 3  0 0 2 every autumn
 
 		 # 
 		 en     
From the optional courses of the Nanotechnology and materials science, Optics and photonics MSc programmes of the BME TTK, 6 credits can be claimed as optional course.     
Freely selectable courses (any subject from the BME, 9 credits in total)     

 		 It is recommended that these subjets are chosen from the above lists of specializations     

 		 Theoretical Physics Seminar Series 1  BMETE15MF55  SZV/v 2  2 0 0 every semester #  #  #  #  en     
Criterion courses     

 		 Basic Physics Knowledge  BMETE15MF31  K/a 0  0 0 0 every autumn # 
 
 
 
 		    
Professional Practice  BMETE11MF09  K/a 0  0 0 9 every autumn
 
 		 # 
 
 		    
Institute of PhysicsColloquiumTeaching Research groups