Physics
Winter Semester
Brief description
Classical mechanics with Lagrange's and Hamilton's equations and introduction to continuum mechanics.
For whom
Students in the middle of bachelor studies who completed an introductory physics/mechanics course.
Prerequisites
Fundamentals of linear algebra and mathematical analysis (matrices, determinants, elements of calculus, basics of differential equations).
STAG information system: KEF/TMN
Brief description
Discrete and continous Fourier transform, transmission channel, stochastic processes and their characteristics, digital signals
For whom
Students at the beginning of master studies with completed bachelor degree.
Prerequisites
Fundamentals of maths - derivations, integrals, knowledge of physical quantities depending on time
STAG information system: KEF/TSI1E
Brief description
Quantum states and measurements, interpretations of quantum mechanics, EPR paradox, Bell's inequalities, quantum entanglement, parametric down conversion, quantum communication and information processing.
For whom
Students at the beginning of master studies with completed bachelor degree.
Prerequisites
Fundamentals of linear algebra and mathematical analysis, basic notions of quantum physics.
STAG information system: OPT/KOKT
Brief description
Introduction to relativistic wave equations, variational principles and canonical field quantisation for bosons, fermions and gauge electromagnetic field.
For whom
Students at the beginning of master studies with completed bachelor degree.
Prerequisites
Fundamentals of linear algebra and mathematical analysis, non-relativistic quantum mechanics.
STAG information system: OPT/QE1
Brief description
Quantum states, measurements and operations, quantum entanglement, entropy of quantum states, quantum error correction, entanglement distillation, quantum repeaters, quantum computers and quantum gates, quantum algorithms.
For whom
Students at the beginning of master studies with completed bachelor degree.
Prerequisites
Fundamentals of linear algebra, basic notions of quantum physics.
STAG information system: OPT/KTI
Brief description
Fundamental laws of thermodynamics and their application, e.g., in heat engines or in fuel cells. Microscopic picture of thermodynamical phenomena based on statistical physics of classical particles, and of bosons and fermions.
For whom
Students towards the end of bachelor studies or at the beginning of master studies.
Prerequisites
Fundamentals of linear algebra and mathematical analysis, basic knowledge of classical mechanics, molecular physics and quantum mechanics.
STAG information system: OPT/TSF
Summer Semester
Brief description
Introduction to special relativity, kinematics effects and particle dynamics
For whom
Students in the middle of bachelor studies who completed an introductory physics/mechanics course.
Prerequisites
Fundamentals of linear algebra and mathematical analysis (matrices, determinants, elements of calculus, basics of differential equations).
STAG information system: KEF/TR
Brief description
Analog and impulse modulations of signals, sampling, quantization and digital modulation of signals, Theory of information - Hartley and Shannon information, information entropy, coding and redundancy of information, transmission of information through discrete and continous channel
For whom
Students at the beginning of master studies with completed bachelor degree.
Prerequisites
Fundamentals of maths - derivations, integrals, absolving of the course KEF/TSI1E (Fourier transform, digital signals,...)
STAG information system: KEF/TSI2E
Brief description
Quantum states, measurements and operations, quantum entanglement, entropy of quantum states, quantum error correction, entanglement distillation, quantum repeaters, quantum computers and quantum gates, quantum algorithms.
For whom
Students at the beginning of master studies with completed bachelor degree.
Prerequisites
Fundamentals of linear algebra, basic notions of quantum physics.
STAG information system: OPT/KTI