Research physicist

Legend:

Course type: K - obligatory, KV - optional, SZV - freely chosable. Requirement: v - exam, f - end of term mark, a - audit

# - 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)

* - The courses marked with star are courses of the BME physics BSc programme, courses already completed during the BSc studies will not be accepted for the MSc programme.

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 Proposed semester Language
Lect Prac Lab 1 2 3 4
Common basic and compulsory courses (31 credits in total)
Statistical Physics 2 BMETE15MF73 K/v 5 2 1 0 every autumn #


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Physics Laboratory BMETE11MF02 K/f 6 0 0 6 every autumn #


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Numerical Methods BMETE92MF00 K/f 6 4 0 2 every autumn

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Colloquim Series 1 BMETE15MF41 K/f 1 1 0 0 every semester
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Colloquim Series 2 BMETE15MF42 K/f 1 1 0 0 every semester

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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 #


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Magfizika BMETE80MF62 KV/v 5 2 1 0 every spring
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Nanotechnology and Materials Science BMETE11MF58 KV/v 5 3 0 0 every autumn #


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Particle Physics BMETE15MF72 KV/v 5 2 1 0 every autumn #


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Computer Simulation in Physics BMETE15MF74 KV/f 5 2 1 0 every spring
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Medical Imaging BMETE80MFAN KV/v 5 3 1 0 every autumn #


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Optional economics courses (1 course to be choosen from the following list, 2 credits in total)

Exchange Course BMEGT35M004 KV/f 2 2 0 0 every spring
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Academic English* BMEGT63MAPD KV/f 2 0 2 0 every spring
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Communication Skills* BMEGT63A061 KV/f 2 0 2 0 every spring
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English for Engineers* BMEGT63A051 KV/f 2 0 2 0 every spring
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English for specific purposes* BMEGT63MAS9 KV/f 2 0 2 0 every spring
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Independent research (56 credits in total)

Independent Laboratory 1 BMETE11MF07 K/f 7 0 0 7 every semester
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Independent Laboratory RP2 BMETE11MF32 K/f 13 0 0 13 every semester

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Diploma Work RP BMETE11MF33 K/f 30 0 0 30 every semester


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Seminar 1 BMETE11MF03 K/f 2 0 2 0 every semester #


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Seminar 2 BMETE11MF04 K/f 2 0 2 0 every semester
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Seminar 3 BMETE11MF05 K/f 2 0 2 0 every semester

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Seminar 4 BMETE11MF06 K/a 0 0 2 0 every semester


# hu/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 BMETE15MF38 KV/v 3 2 0 0 even autumn E
O
en
Quantum Field Theory BMETE11MF65 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
Fundamentals of Nanophysics BMETE11MF53 KV/v 5 3 0 0 every spring
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hu/en
Group Theory in Solid State Research BMETE11MF12 KV/v 3 2 0 0 every spring
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Theoretical Nanophysics BMETE15MF66 KV/v 5 2 1 0 every autumn

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Physics of Semiconductors BMETE11MF26 KV/v 3 2 0 0 every autumn #


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Correlation methods in quantum chemistry I BMEVEFAA005 KV/v 2 2 0 0 every autumn

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Modern semiconductor devices BMETE11MF52 KV/v 3 2 0 0 every spring
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Laser Physics BMETE12MF17 SZV/v 3 2 0 0 even spring
O
E hu/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
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en
Theory of Magnetism 2 BMETE11MF14 SZV/v 3 2 0 0 odd autumn
E
en
Optical Spectroscopy in Materials Science BMETE11MF54 KV/v 5 3 0 0 every spring
#

hu/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 BMETE11MF65 KV/v 7 3 2 0 odd spring
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 every autumn

#
en
Advanced Quantum Field Theory BMETE15MF71 SZV/v 4 2 1 0 odd autumn O
E
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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
Random Matrix Theory and Its Physical Applications BMETE15MF10 SZV/v 3 2 0 0 even autumn E
O
en
Quantum technology

Quantum Information Processing BMETE11MF42 KV/v 3 2 0 0 every autumn

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Quantum Optics BMETE15MF67 KV/v 5 2 1 0 even autumn E
O
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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

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Dynamical Systems BMETE93MM02 KV/v 5 3 1 0 every spring
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hu/en
Lie-groups in Physics BMETE15MF62 SZV/v 3 2 0 0 odd spring
E
O en
Vector Spaces in Physics BMETE92AM24 KV/v 2 2 0 0 every spring
#

en
Numarical modeling, complex networks

Complex networks BMETE15MF38 KV/v 3 2 0 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

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hu/en
Programming Exercises for Data Science BMETE95AM43 KV/f 2 0 1 0 every autumn

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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
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Optional courses from the Physics BSc

Group Theory for Physicists* BMETE11AF40 KV/v 5 2 2 0 every autumn #


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Electrodynamics 2* BMETE15AF34 KV/f 5 2 2 0 every spring
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Classical and Quantum Chaos* BMETE15AF45 KV/v 3 2 0 0 every spring
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Quantum Mechanics 2* BMETE15AF36 KV/v 2 2 0 0 every spring
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Practical Course in Quantum Mechanics 2* BMETE15AF43 KV/f 3 0 2 0 every spring
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Mechanics 2* BMETE15AF32 KV/v 2 2 0 0 every spring
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Practical Course in Mechanics 2* BMETE15AF44 KV/f 3 0 2 0 every spring
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Computer Solution of Technical and Physical Problems* BMETE11AF41 KV/f 3 0 0 2 every autumn #


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Theory of Relativity* BMETE15AF46 KV/f 3 2 0 0 every autumn #


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Computer Controlled Measurements* BMETE11AF38 KV/f 3 0 0 2 every spring
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Measurement Control Project Work in LabVIEW Environment* BMETE11AF39 SZV/f 3 0 0 2 every autumn

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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
Criterion courses

Physics of Fusion Plasmas 1 BMETE15MF31 K/a 0 0 0 0 every autumn #



Professional Practice BMETE11MF09 K/a 0 0 0 9 every autumn

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