Experimental Physics 1
lectures: 4 h/week
seminars: 2 h/week
practical training: 0 h/week
lecturer:
Loewenhaupt
phone:
6055
email:
Michael.Loewenhaupt@physik.tu-dresden.de
time/room of lecture
MI(2) TRE/PHYS, DO(2) TRE/PHYS
audience
1.Sem. Studiengang Physik-Diplom
1.Sem. Lehramststudiengang Physik
previous knowledge
Abitur-Kenntnisse in Physik und Mathematik
summary
Space and time, kinematics and dynamics of particles,
mechanics of rigid bodies, real solids, fluids and gases
mechanical oscillations and waves,
thermodynamics of the ideal gas and of real matter,
heat transport
certificate
Klausur
enrolment
Web Reference
Physics for students of biology, medicine and teachership/ch
lectures: 3 h/week
seminars: 1 h/week
practical training: 0 h/week
lecturer:
Dörschel
phone:
2558
email:
doerschel@physik.tu-dresden.de
time/room of lecture
DI(4) TRE/PHYS, FR(5)ugW TRE/PHYS
audience
1.Sem. Biologie,
Medizin/Zahnmedizin,
LA Chemie
previous knowledge
Abitur
summary
Mechanics of rigid and deformable solids, mechanics of
liquids and gases, vibrations and waves, thermodynamics,
electrostatics, electrodynamics, optics, structure of matter
certificate
Klausur
enrolment
Web Reference
Physics for Students of Economic Engineers/Traffic Economics
lectures: 2 h/week
seminars: 2 h/week
practical training: 0 h/week
lecturer:
Hauffe
phone:
5075
email:
hauffe@physik.tu-dresden.de
time/room of lecture
FR(3) TRE/PHYS
audience
1.Sem. Wirtschaftsingenieurwesen,
3.Sem. Verkehrswirtschaft
previous knowledge
Abitur
summary
Introduction (baisc course) in physics for students of
economic engineering and traffic economics.
Content: mechanics, thermodynamics, oscillations and waves,
optics
certificate
Klausur
enrolment
Web Reference
Introduction to physics for hydrologists
lectures: 2 h/week
seminars: 2 h/week
practical training: 0 h/week
lecturer:
Elk
phone:
3637
email:
elk@physik.tu-dresden.de
time/room of lecture
MO(4) TRE/PHYS
audience
1.Sem. Wasserwesen,
1.Sem. Berufspädagogen
previous knowledge
summary
Introductory physics course for hydrologists
students. Taught are mechanics, thermodynamics, electrodyna-
mics and optics.
With experiments.
certificate
Klausuren, mdl. Prüf.
enrolment
Web Reference
Physics (I) for students of chemistry
lectures: 3 h/week
seminars: 1 h/week
practical training: 0 h/week
lecturer:
Laubschat
phone:
3249 oder 4673
email:
laubschat@physik.tu-dresden.de
time/room of lecture
DI(2) TRE/PHYS, FR(2)ugW TRE/PHYS
audience
1.Sem. Chemie
previous knowledge
summary
Mechanics, hydromechanics and thermodynamics.
In the summer term 1999 continuation with
electrodynamics, oszillations and waves, quantum mechanics
and atomic physics.
certificate
mdl. Prüfung
enrolment
Web Reference
Physics 1 for electronic engineers
lectures: 2 h/week
seminars: 2 h/week
practical training: 0 h/week
lecturer:
Blochwitz
phone:
564-9724
email:
blochwitz@physik.tu-dresden.de
time/room of lecture
DO(4) TRE/PHYS
audience
1.Sem. Elektrotechnik
previous knowledge
Abitur bzw. fachgebundene Zugangsberechtigung (bestandene
Zugangsprüfung)
summary
Mechanics: NEWTON's laws, conservation laws; vibrations,
circular motion, gravity; accelerated reference
systems, special theory of relativity;
hydrostatics, hydrodynamics
Heat: heat and temperature, kinetic theory of gases, first
and second law; thermodynamic phases and phase trans-
formations, transport phenomena
certificate
Klausur
enrolment
Web Reference
Physics 1 for students of geoscience and mathematics
lectures: 3 h/week
seminars: 2 h/week
practical training: 0 h/week
lecturer:
Willemer
phone:
5410
email:
wolfhard.willemer@physik.tu-dresden.de
time/room of lecture
MO(3) TRE/PHYS, FR(2) gW TRE/PHYS
audience
1.Sem. Mathematik,
Geodäsie,
Kartographie
previous knowledge
Abitur
summary
Physics 1 and 2 is an introductory physics course. The
course will offer students a solid foundation of physics
and physical methodology. 250 demonstrating experiments
are integrated.
Physics 1: mechanics, thermodynamics
Physics 2: electrodynamics, optics, foundamentals of
quantum physics
certificate
Klausur, mündl. Prüf.
enrolment
Web Reference
Physics 1 for engineers
lectures: 2 h/week
seminars: 2 h/week
practical training: 0 h/week
lecturer:
Krämer
phone:
5580
email:
time/room of lecture
MI(4) TRE/PHYS
audience
1.Sem. Maschinenbau,
Verfahrenstechnik,
Verkehrsing.-wesen
previous knowledge
Elementarmathematik, Grundzüge der Analysis (Differential-
und Integralrechnung, Vektorrechnung)
summary
Introducting lecture with demonstration experiments to:
- Mechanics
- Thermodynamics
Continued in the summersemester as "Physics 2 for engineers"
certificate
Klausur nach 2. Sem.
enrolment
Web Reference
Electrodynamics
lectures: 4 h/week
seminars: 2 h/week
practical training: 0 h/week
lecturer:
Becker
phone:
3852
email:
becker@physik.tu-dresden.de
time/room of lecture
DI(3) PHY/C213, DO(4) PHY/C213
audience
3.Sem. Studiengang Physik-Diplom
previous knowledge
summary
1. Remarks on vector analysis
2. Maxwell equation in vacuum (electromagnetic potentials,
electrostatics, magnetostatics, multipole expansion)
3. time varying fields
4. Maxwell equation in macroscopic media
certificate
Klausur
enrolment
Web Reference
Experimental Physics 3 for Physicists and Physics Teachers
lectures: 4 h/week
seminars: 2 h/week
practical training: 0 h/week
lecturer:
Schubert
phone:
7583
email:
K.R.Schubert@physik.tu-dresden.de
time/room of lecture
MI(3) TRE/PHYS, DO(3) TRE/PHYS
audience
3.Sem. Studiengang Physik-Diplom
3.Sem. Lehramststudiengang Physik
previous knowledge
Experimentalphysik 1 und 2
summary
Wave Optics (Interference, Diffraction, Polarisation, Reso-
lution of optical instruments), Photons (Photoeffect, Brems-
strahlung, X-Rays, Compton effect, pair creation), Fourier
analysis of oscillations and waves with Uncertainty relation
, Matter Waves (de Broglie, Divission-Germer and Thomson,
Wave packets), Schrödinger equation, Hydrogen atom
certificate
Klausur
enrolment
Web Reference
http://hep.phy.tu-dresden.de/~schubert/Lecture.html
Hydrodynamics
lectures: 2 h/week
seminars: 0 h/week
practical training: 0 h/week
lecturer:
Greiner
phone:
871-1218
email:
greiner@mpipks-dresden.mpg.de
time/room of lecture
MI(4) PHY/C118
audience
ab 3.Sem. Studiengang Physik-Diplom
previous knowledge
Klassische Mechanik
summary
Navier-Stokes equation; classical transport theory; ideal
liquids (stationary streams, conformal mapping, surfaces
waves, ...); viscous liquids (laminar streams, similarity
laws); phenomenology of turbulence
certificate
enrolment
Web Reference
Methods of Measurement and Evaluation Procedures in Physics
lectures: 1 h/week
seminars: 0 h/week
practical training: 0 h/week
lecturer:
Goldberg/Koske
phone:
7590/6050
email:
goldberg@physik.tu-dresden.de, e.d.koske@physik.tu-dresden.de
time/room of lecture
DI(4) ugW WIL/C129
audience
3.Sem. Studiengang Physik-Diplom
3.Sem. Lehramststudiengang Physik
5. Sem. Ing.-Wiss.
previous knowledge
Abiturkenntnisse, Kursvorlesungen Experimentalphysik,
Meß- und Auswertemethoden in der Physik 1
summary
Detailed report on statistical evaluation procedures,
graphic evaluation possibilities (diagrams, nomograms),
coupling experiment-computer, physical aspects of safe
working conditions.
certificate
enrolment
Prakt.-einweis.
Web Reference
Solid State Physics 1
lectures: 2 h/week
seminars: 2 h/week
practical training: 0 h/week
lecturer:
Leo
phone:
7533
email:
leo@physik.tu-dresden.de
time/room of lecture
MO(3) BEY/0098
audience
5.Sem. Studiengang Physik-Diplom
previous knowledge
Grundstudium Physik
summary
- Structure of solids and their determination
- Mechanical and thermal properties
- Electronic properties
certificate
Klausur
enrolment
Web Reference
Nuclear Physics
lectures: 2 h/week
seminars: 1 h/week
practical training: 0 h/week
lecturer:
Freiesleben
phone:
5461
email:
freiesleben@physik.tu-dresden.de
time/room of lecture
DO(2) PHY/C213
audience
5.Sem. Studiengang Physik-Diplom
previous knowledge
Experimentalphysik 1-4, Quantenmechanik
summary
nuclear properties (mass and charge distribution, quadrupole
moments, magnetic moments, nuclear stability),nuclear models
and structure (liquid drop m., Fermi gas m., single particle
m., collective m.), nuclear decays, scattering and nuclear
reactions, synthesis of elements, fission, besides these
basic aspects we will discuss applications of nuclear
methods outside of nuclear physics.
certificate
Klausur
enrolment
Web Reference
Thermodynamics and Statistical Physics
lectures: 4 h/week
seminars: 2 h/week
practical training: 0 h/week
lecturer:
Kobe
phone:
3861
email:
kobe@physik.tu-dresden.de
time/room of lecture
MO(2) PHY/C213, MI(3) PHY/C213
audience
5.Sem. Studiengang Physik-Diplom
previous knowledge
Experimentalphysik (Wärmelehre)
Quantenmechanik (Empfehlung)
summary
Basic principles of Statistical Physics,
phase space and classical statistics,
quantum statistics,
statistics of ideal systems (idealgas, Bose-, Fermi-stat.),
laws of thermodynamics and thermodynamic potentials,
statistic of nonextensivs systems
certificate
Klausur
enrolment
Web Reference
Applications of Physics for Teachers
lectures: 1 h/week
seminars: 1 h/week
practical training: 0 h/week
lecturer:
Skrotzki
phone:
5144
email:
werner.skrotzki@physik.tu-dresden.de
time/room of lecture
MI(5) ugW PHY/D016
audience
5.Sem. Lehramststudiengang Physik
previous knowledge
Zwischenprüfung Physik
summary
The lecture deals with physical effects, like
electric and electromagnetic effects,
semiconductor effects,
mechanical effects,
heat technical effects and their applications.
certificate
Vortrag
enrolment
Web Reference
Electrodynamics (for Teachers)
lectures: 2 h/week
seminars: 2 h/week
practical training: 0 h/week
lecturer:
Diener
phone:
3860
email:
time/room of lecture
FR(4) SE2/0102
audience
5.Sem. Lehramststudiengang Physik
previous knowledge
Kurs Experimentalphysik für Lehrer (Teile Elektrizität und
Magnetismus, Optik), Theoretische Mechanik
summary
basic notions and equations, electrostatics,
stationary currents, electromagnetic waves,
energy balance, fields of time-dependent sources,
electromagnetic fields in media.
certificate
Klausur
enrolment
Web Reference
Special Didactic for teaching physics
lectures: 2 h/week
seminars: 1 h/week
practical training: 0 h/week
lecturer:
Wilke
phone:
564-9869
email:
time/room of lecture
MO(2) WIG/H109
audience
5.Sem. Lehramststudiengang Physik - Gymnasium
5.Sem. Lehramststudiengang Physik - berufsbild. Schule
5.Sem. Lehramststudiengang Physik - Mittelschule
previous knowledge
Allgemeine Fachdidaktik Physik
summary
Methodical treatment of mechanics and thermodynamics;
characteristics, specific approaches, mathematical penetra-
tion, experimental possibilities, modernisation of teaching
physics
certificate
Erste Staatsprüfung
enrolment
Web Reference
Theretical Physics for Mathematician
lectures: 4 h/week
seminars: 1 h/week
practical training: 0 h/week
lecturer:
Bahr
phone:
3482
email:
bahr@physik.tu-dresden.de
time/room of lecture
MO(5) WIL/C206, DI(4) WIL/C229
audience
Mathematik-Studenten
previous knowledge
Grundkenntnisse Experimentalphysik
summary
principles of mechanics (Newtonian, Lagrangian, Hamiltonian
mechanics, Hamilton-Jacobi theory)
concepts of quantum mechanics (quantization, representa-
tions, simple applications, motion in a centrally symmetric
field, spin)
certificate
aktive Teiln./Kolloqu.
enrolment
Web Reference
Fundamentals of vacuum physics
lectures: 2 h/week
seminars: 0 h/week
practical training: 2 h/week
lecturer:
Jäckel
phone:
5445
email:
time/room of lecture
DI(5) PHY/C213
audience
5.Sem. Studiengang Physik-Diplom
5.Sem. Werkstoffwiss.,
Halbleitertechnol.
previous knowledge
Vordiplom
summary
kinetic theory of gases; gas flow at low pressures; conduc-
tance; pump speed; interaction of gases with solid surfaces
(adsorption and desorption, outgassing and permeation for
vacuum materials); physical principles of the production of
vacuum and vacuum measurements (total and partial pressure
measurements), leak rate and detection
certificate
Kolloquium
enrolment
1. LV
Web Reference
Modern Quantum Effects
lectures: 2 h/week
seminars: 0 h/week
practical training: 0 h/week
lecturer:
John
phone:
5381
email:
time/room of lecture
DI(4) WIL/A124
audience
ab 5.Sem. Studiengang Physik-Diplom
previous knowledge
Quantentheorie 1 (teilweise)
summary
Theory of modern basic experiments for pedestrians:
uncertainty relation (neutron interferometry, Mössbauer
effect); nonlocality (Aharonov-Bohm effect, Berry phase);
measuring process (Zenon effect, EPR experiments, quantum
cryptology); coherent states (phonon statistics); macro-
scopic wave functions (flux quantisation, Josephson effect)
certificate
enrolment
Web Reference
Atomic and Molecular Physics
lectures: 3 h/week
seminars: 1 h/week
practical training: 0 h/week
lecturer:
Laubschat
phone:
3249 oder 4673
email:
laubschat@physik.tu-dresden.de
time/room of lecture
MO(4) PHY/C213, MI(2)ugW PHY/C213
audience
7.Sem. Studiengang Physik-Diplom
previous knowledge
Experimentalphysik 1-4, Grundkenntnisse der Quantenmechanik
summary
hydrogen and hydrogen-like atoms, relativistic effects,
atoms with several electrons, atoms in external fields;
molecules of two atoms, bonding and dynamic properties,
structure of molecules with more than two atoms.
certificate
Übungsaufg., Testat
enrolment
Web Reference
Advanced Quantum Mechanics
lectures: 4 h/week
seminars: 2 h/week
practical training: 0 h/week
lecturer:
Soff
phone:
3842
email:
soff@physik.tu-dresden.de
time/room of lecture
DI(2) PHY/C213, FR(2) PHY/C213
audience
7.Sem. Studiengang Physik-Diplom
previous knowledge
Quantenmechanik
summary
Relativistic wave equations, Second quantization,
Many body problems, time-dependent perturbation theory,
elementary scattering theory, path integral representation,
supersymmetry
certificate
Klausur, mdl. Prüfung
enrolment
1. LV
Web Reference
Historical experiments and history of physics
lectures: 2 h/week
seminars: 0 h/week
practical training: 0 h/week
lecturer:
Wilke
phone:
564-9869
email:
time/room of lecture
MI(3) WIG/H109
audience
9.Sem. Lehramststudiengang Physik - Gymnasium
9.Sem. Lehramststudiengang Physik - berufsbild. Schule
7.Sem. Lehramststudiengang Physik - Mittelschule
previous knowledge
Allg. Fachdidaktik, Spez. Fachdidaktik 1 + 2, Experimental-
physik, Theor. Physik (Mechanik,Elektrodynamik, Quantenph.1)
summary
Historical approaches of selected fields of physics,
making ready historical experiments for physical lessons
certificate
Erste Staatsprüfung
enrolment
Web Reference
Structure of Matter 2 (Solid State Physics)
lectures: 2 h/week
seminars: 1 h/week
practical training: 0 h/week
lecturer:
Holste
phone:
564-9860
email:
holste@physik.tu-dresden.de
time/room of lecture
DI(5) WIL/C205
audience
7.Sem. Lehramststudiengang Physik - Gymnasium
previous knowledge
Experimentalphysik (Quanten- und Atomphysik)
summary
Structure of crystals; lattice dynamics - phonons; thermal
properties; electrons in solids (free electron gas, energy
band structures, transport phenomena, superconductivity);
magnetic properties; optical properties
certificate
Klausur
enrolment
Web Reference
Thermodynamic and Statistical Physics for Teacher Students
lectures: 2 h/week
seminars: 1 h/week
practical training: 0 h/week
lecturer:
Schober/Kobe
phone:
2221/3861
email:
time/room of lecture
DI(4) HSZ/0101
audience
7.Sem. Lehramststudiengang Physik - Gymnasium
previous knowledge
Theoretische Mechanik, Quantenmechanik
summary
Phenomenological Thermodynamics
Phase-space-representation of classical systems
classical systems
quantumsystems
certificate
Klausur
enrolment
1. LV
Web Reference
Main Seminar: Physics of Atoms and Ions
lectures: 2 h/week
seminars: 0 h/week
practical training: 0 h/week
lecturer:
Möller
phone:
260-2245
email:
w.moeller@fz-rossendorf.de
time/room of lecture
MI(3) AVO
audience
7.Sem. Studiengang Physik-Diplom
previous knowledge
Physik-Vordiplom
summary
Selected Subjects from Atomic Spectroscopy,
Physics of Highly Charged Ions, Ion-Solid Interaction,
Ion Beam Applications
certificate
Seminarvortrag
enrolment
Web Reference
Seminar Photophysic: Solid State spectroscopy
lectures: 2 h/week
seminars: 0 h/week
practical training: 0 h/week
lecturer:
Leo
phone:
7533
email:
leo@physik.tu-dresden.de
time/room of lecture
MI(3) BEY/0098
audience
7.Sem. Studiengang Physik-Diplom
previous knowledge
summary
- Methods of solid state spectroscopy
- spectroscopy of selected semiconducting and organic
materials
certificate
Seminarvortrag
enrolment
-> 13.10.:BEY91
Web Reference
Seminar: Theoretical Physics
lectures: 2 h/week
seminars: 0 h/week
practical training: 0 h/week
lecturer:
Becker
phone:
3852
email:
becker@physik.tu-dresden.de
time/room of lecture
MI(3) BZW/A120
audience
7.Sem. Studiengang Physik-Diplom
previous knowledge
Quantentheorie 1
summary
certificate
Seminarvortrag
enrolment
Web Reference
General Theory of Relativity
lectures: 3 h/week
seminars: 1 h/week
practical training: 0 h/week
lecturer:
Kämpfer
phone:
260-3258
email:
kaempfer@fz-rossendorf.de
time/room of lecture
DI(3) BZW/A120, FR(3)ugW BZW/A120
audience
ab 4.Sem. Studiengang Physik-Diplom
previous knowledge
Mechanik, Elektrodynamik
summary
Fundamental interactions, gravity as field, equivalence
principle; Formalism: Riemannian geometry, tensors;
Einstein's filed equations; spherical fileds: Schwarzschild
geometry, black holes, neutron stars;
Robertson-Walker metric: big bang, inflation, standard model
in cosmologie; Dynamics of geometry
certificate
enrolment
1.LV
Web Reference
Renormalization Group Theory of Critical Phenomena
lectures: 3 h/week
seminars: 1 h/week
practical training: 0 h/week
lecturer:
John
phone:
5381
email:
time/room of lecture
MI(4) SE1/0217,DO(3) ugW SE2/0102
audience
ab 7.Sem. Studiengang Physik-Diplom
previous knowledge
Thermodynamik und Statistische Physik 1
summary
Introduction to renormalization group methods and selected
applications:
random walk, percolation, phase transition and scaling laws,
Ising model and real-space renormalization group, Ginsburg-
Landau functional, epsilon-expansion, spherical model,
1/n-expansion, Feigenbaum scenario to chaos
certificate
Seminarvortrag
enrolment
Web Reference
Solid State Theory
lectures: 3 h/week
seminars: 1 h/week
practical training: 0 h/week
lecturer:
Mertig, I.
phone:
3854
email:
mertig@physik.tu-dresden.de
time/room of lecture
MO(3) BZW/A120,DO(2) ugW SE2/0102
audience
ab 7.Sem. Studiengang Physik-Diplom
previous knowledge
Quantenmechanik
Festkörperphysik
summary
The purpose of this lecture is to describe the concepts and
methods, and to introduce some of the central problems of
the quantum theory of solids.
certificate
Seminarvortrag
enrolment
1. LV
Web Reference
Scattering Theory
lectures: 3 h/week
seminars: 1 h/week
practical training: 0 h/week
lecturer:
Schmidt, R.
phone:
6150
email:
time/room of lecture
DI(4) HSZ/0310, DI(5) HSZ/03010
audience
ab 5.Sem. Studiengang Physik-Diplom
previous knowledge
Quantenmechanik 1
summary
- classical, semiclassical and quantenmechanical
scattering theory (Applications in nuclear, atomic and
cluster physics)
- mixed classical-quantum theories
certificate
Testat
enrolment
1. LV
Web Reference
Fractals in Physics
lectures: 2 h/week
seminars: 0 h/week
practical training: 0 h/week
lecturer:
Diener
phone:
3860
email:
time/room of lecture
DO(5) SE2/0102
audience
ab 5.Sem. Studiengang Physik-Diplom
previous knowledge
Theoretische Mechanik
Quanten I
summary
fractal geometry (examples, dimensions, multifractals);
chaotic dynamics and fractals, fractal growth patterns,
critical phenomena and fractals (phase transitions, percola-
tion, electron localization), fractal spectra
certificate
enrolment
Web Reference
Order and disorder in dynamical particle models
lectures: 2 h/week
seminars: 0 h/week
practical training: 0 h/week
lecturer:
Or-Guil/Hinrichsen
phone:
871-2214/-2219
email:
orguil@mpipks-dresden.mpg.de
time/room of lecture
DI(4) SE2/0102
audience
5.Sem. Studiengang Physik-Diplom
previous knowledge
Grundkenntnisse in Differentialrechnung
summary
In various experiments the formation of patterns is observed
e.g. in chemical reactions, aggregations of cells, and semi-
conductors. The essential features of the dynamics of loca-
lized structures can be described by particle models. The
lecture is mean to be an elementary introduction into basic
mathematical and computational methods.
certificate
enrolment
Web Reference
Quantum Chaos
lectures: 2 h/week
seminars: 0 h/week
practical training: 0 h/week
lecturer:
Nöckel
phone:
871-2208
email:
NOECKEL@MPIPKS-DRESDEN.MPG.DE
time/room of lecture
MI(5) SE2/0102
audience
ab 6.Sem. Studiengang Physik-Diplom
previous knowledge
Quantentheorie I
summary
Even simple classical systems can behave chaotically; but
how does this affect the solutions of the linear Schrödinger
equation? We look for answers in perturbation theory, random
matrices and modern semiclassics.
Detailed contents at
HTTP://WWW.MPIPKS-DRESDEN.MPG.DE/~NOECKEL/QCHAOS.HTML
certificate
enrolment
1. LV
Web Reference
HTTP://WWW.MPIPKS-DRESDEN.MPG.DE/~NOECKEL/QCHAOS.HTML
Quasi-particles in solids
lectures: 2 h/week
seminars: 0 h/week
practical training: 0 h/week
lecturer:
Eschrig
phone:
4659-380
email:
h.eschrig@ifw-dresden.de
time/room of lecture
MO(5) BAR/S084
audience
7.Sem. Studiengang Physik-Diplom
Doktoranden
previous knowledge
Quantenmechanik I
Statistische Physik I
summary
Occupation number representation, field quantization,
single-particle Green's function, notion of quasi-particle,
phonons, Bloch electrons, magnons, model Hamiltonian,
symmetry beaking
certificate
Kolloquium
enrolment
Web Reference
Technical Neuroinformatics - Physical Concepts and Models
lectures: 2 h/week
seminars: 0 h/week
practical training: 0 h/week
lecturer:
Kobe
phone:
3861
email:
kobe@physik.tu-dresden.de
time/room of lecture
DO(6) SE2/0102
audience
Interessenten aller Fachrichtungen ab 3.Sem.
previous knowledge
keine
summary
Brain and computer, ISING and HOPFIELD model, principles of
associative memory, ground state, frustration, relaxation,
learning rules, stochastical neuronal networks
certificate
auf Wunsch Testat
enrolment
Web Reference
Superconductivity
lectures: 2 h/week
seminars: 0 h/week
practical training: 0 h/week
lecturer:
Gladun
phone:
5170
email:
gladun@physik.tu-dresden.de
time/room of lecture
FR(4) PHY/C118
audience
7.Sem. Studiengang Physik-Diplom
Graduiertenkolleg
previous knowledge
summary
A survey of macroscopic quantum phenomena / Perfect conduc-
tivity and the London equations / The Ginsburg-Landau theory
/ Josephson tunneling / Pinning of vortices and the criti-
cal state / Superconducting magnets and resonators / High-
temperature superconductors
certificate
enrolment
Web Reference
Radiation Protection Physics 2
lectures: 2 h/week
seminars: 0 h/week
practical training: 0 h/week
lecturer:
Dörschel
phone:
2558
email:
doerschel@physik.tu-dresden.de
time/room of lecture
MI(4) ASB/0328
audience
7.Sem. Studiengang Physik-Diplom
Kernenergietechnik,
Biomedizintechnik
previous knowledge
kernphysikalische Grundkenntnisse
summary
Quantities of measurement for determinig radiation exposure
of man; tasks and methods in radiation protection measuring
technique (measurment of absorbed dose, dose rate,activity);
detectors in radiation protection measuring technique (ioni-
sation and excitation detectors, solid state dosemeters);
physical fundamentals for limiting radiation exposure
(shieldings, storage of radioactive waste)
certificate
Testat
enrolment
Web Reference
Nuclear energy production - consequences for man and environ
lectures: 1 h/week
seminars: 0 h/week
practical training: 0 h/week
lecturer:
Dörschel/Prokert
phone:
2558
email:
doerschel@physik.tu-dresden.de
time/room of lecture
MO(5) ugW ASB/0328
audience
7.Sem. Studiengang Physik-Diplom
Kernenergietechnik,
Lehramt
previous knowledge
kernphysikalische Grundkenntnisse
summary
Natural radiation exposure of man, Nuclear fuel cycle and
questions relevant to environment, Release of radioactive
substances, Demands on the storage of radioactive wastes,
Risk of nuclear accidents
certificate
Testat
enrolment
Web Reference
Applications of Radiation in Medicine
lectures: 1 h/week
seminars: 0 h/week
practical training: 0 h/week
lecturer:
Herrmann, Th.
phone:
458-3374
email:
time/room of lecture
FR(5) gW ASB/0328
audience
ab 7.Sem. Studiengang Physik-Diplom
previous knowledge
summary
Physical and technical basis of the 3 fields of medical
radiology:
Nuclear Medicine (basic principles, radionuclides, devices,
methods, therapy), Radiotherapy (treatment planning, kinds
of radiation-devices-methods, clinical dosimetry, dose modi-
fication), Diagnostic Radiology (conventional methods, image
quality optimization, contrast agents, tomografic imaging)
certificate
enrolment
Web Reference
Semiconductor physics
lectures: 2 h/week
seminars: 0 h/week
practical training: 0 h/week
lecturer:
Leo
phone:
7533
email:
leo@physik.tu-dresden.de
time/room of lecture
FR(3) BEY/0098
audience
7.Sem. Studiengang Physik-Diplom
previous knowledge
Festkörperphysik
summary
In the first part of this lecture, the basic principles of
semiconductor structure and electronic properties are dis-
cussed. In the second part, p-n-junctions and other basic
structures of devices are introduced. Finally, the proper-
ties of the most important semiconductor devices are
explained.
certificate
Auf Wunsch Testat
enrolment
Web Reference
Modern Optics 2
lectures: 1 h/week
seminars: 0 h/week
practical training: 0 h/week
lecturer:
Hasche
phone:
3432
email:
hasche@pppns1.phy.tu-dresden.de
time/room of lecture
MI(5) ugW BEY/0098
audience
7.Sem. Studiengang Physik-Diplom
Elektrotechnik
previous knowledge
Grundlagen der allg. Physik und Quantenmechanik.
Kein Spezialwissen erforderlich.
summary
Modern optics - that means Fourier optics and interference
effects on one hand, nonlinear optics, time-resolved spec-
troscopy and ultrashort lasers on the other hand. - Scope of
the lecture are both the physical background as well as the
realization in the lab.
certificate
enrolment
1. LV
Web Reference
Nuclear Reactions 2
lectures: 2 h/week
seminars: 0 h/week
practical training: 0 h/week
lecturer:
Grosse
phone:
260-2270
email:
e.grosse@fz-rossendorf.de
time/room of lecture
DI(5) ASB/0114
audience
ab 6.Sem. Studiengang Physik-Diplom
ab 6.Sem. Lehramststudiengang Physik
previous knowledge
Kern- und Teilchenphysik, Quantentheorie 1 & 2
summary
Nuclear Reactions including high energy processes (like par-
ticle production). This lecture series deals with reactions
between nuclei (heavy ion reactions). The important experi-
ments and their results will be described; also given will
be an introduction into scattering theory including its ex-
tension to the scattering of complex particles.
certificate
enrolment
Web Reference
Leptons and Quarks 2
lectures: 2 h/week
seminars: 0 h/week
practical training: 0 h/week
lecturer:
Spaan
phone:
3221
email:
spaan@physik.tu-dresden.de
time/room of lecture
MO(3) SE1/0221
audience
7.Sem. Studiengang Physik-Diplom
Wahlpflichtfächer (WPF) Kern- und Teilchenphysik
previous knowledge
Experimentalphysik bis einschließlich Kern- u. Teilchenphys.
summary
The two lectures of particle physics (Leptons and Quarks 1
and 2) may be followed in arbitrary sequence. Part 1 covers
the spectrum of all particles, part 2 their dynamics. Topics
of part 2 are experiments related to electromagnetic and
weak interactions, to their unification in the GWS-Theory,
and to strong interactions.
certificate
enrolment
Web Reference
Neutron Physics
lectures: 2 h/week
seminars: 0 h/week
practical training: 0 h/week
lecturer:
Seidel
phone:
3166/03501530040
email:
seidel@physik.tu-dresden.de
time/room of lecture
FR(4) ASB/0114
audience
7./9.Sem. Studiengang Physik-Diplom
5.-9.Sem. Kernenergietechnik
previous knowledge
Vordiplom
summary
- The neutron in experiments (discovery, properties, inter-
actions with matter, neutron sources, detection and spec-
troscopy)
- Neutrons and nuclear energy (fision and fusion reactor)
- Structure analysis with neutrons
- Neutron activation analysis
certificate
enrolment
Web Reference
B Meson Decays and CP Violation
lectures: 2 h/week
seminars: 0 h/week
practical training: 0 h/week
lecturer:
Schubert
phone:
7583
email:
Schubert@physik.tu-dresden.de
time/room of lecture
DI(3) ASB/E019
audience
Diplomanden und Doktoranden d. exp. u. theor. Teilchenphysik
previous knowledge
Experimentalphysik 5 (Kern- und Teilchenphysik)
Quantenmechanik 2
summary
Properties of b-quarks and B-mesons. Experiments on decays
and their description in the Standard Model. Phenomenology
of the CKM matrix and determination of its elements. B-Bbar
oscillations. CP violation therein. CP violation in the K0-
Kobar system. CP violation in B meson decays. CKM descrip-
tion of neutrino oscillations.
certificate
enrolment
Web Reference
http://hep.phy.tu-dresden.de/~schubert/krshome.html
Physics of Ion-Solid-Interaction
lectures: 2 h/week
seminars: 0 h/week
practical training: 0 h/week
lecturer:
Möller
phone:
260-2245
email:
w.moeller@fz-rossendorf.de
time/room of lecture
DI(5) PHY/C118
audience
6.Sem. Studiengang Physik-Diplom
Wahlpflichtfach "Atom- und Ionenphysik"
previous knowledge
Vordiplom, Festkörperphysik
summary
Interatomic potentials
Scattering and stopping of ions
Ion sputtering
Radiation damage
certificate
enrolment
Web Reference
Atom and Ion spectroscopy
lectures: 2 h/week
seminars: 0 h/week
practical training: 0 h/week
lecturer:
Zschornack
phone:
(03501)530050
email:
zschorn@physik.phy.tu-dresden.de
time/room of lecture
MI(6) SE2/0211
audience
7.Sem. Studiengang Physik-Diplom
7.Sem. Chemie
previous knowledge
Grundkenntnisse Atom- und Kernphysik, Festkörperphysik,
Elektronik, Grundkurs Mathematik
summary
interaction radiation-matter; spectra analysis; calibration
energies; detector properties; detector functions;
gas ionization detectors; semiconductor detectors;
scintillation detectors; channeltrons; micro channel plates;
crystal diffraction spectrometers; electrostatic and
magnetic spectrometers
certificate
Kolloquium
enrolment
1. LV
Web Reference
Plasma Physics and Plasma Diagnostics
lectures: 2 h/week
seminars: 0 h/week
practical training: 0 h/week
lecturer:
Zschornack
phone:
(03501)530050
email:
zschorn@physik.phy.tu-dresden.de
time/room of lecture
MO(6) SE2/0102
audience
7.Sem. Studiengang Physik-Diplom
previous knowledge
Grundkenntnisse Atomphysik, Quantenmechanik
Grundkurs Mathematik
summary
basic properties and characteristic of plasmas
plasma models
plasma sources
atoms in plasmas
plasma diagnostics
certificate
Kolloquium
enrolment
1. LV
Web Reference
Solid state spectroscopy
lectures: 1 h/week
seminars: 0 h/week
practical training: 0 h/week
lecturer:
Fink
phone:
4658-425
email:
J.Fink@ifw-dresden.de
time/room of lecture
MI(5) PHY/C118
audience
ab 6.Sem. Studiengang Physik-Diplom
previous knowledge
summary
Spectroscopic methods for hte investigation of the electro-
nic structure and the lattice structure of solids, surfaces
and interfaces are presented. In particular, optical spec-
troscopy, photoemission, inverse photoemission, X-ray ab-
sorption and X-ray emission spectroscopy, inelastic electron
and X-ray scattering are treated. Methods using synchrotron
radiation are emphasised
certificate
enrolment
Web Reference
Surface Physics
lectures: 2 h/week
seminars: 0 h/week
practical training: 0 h/week
lecturer:
Laubschat
phone:
3249 oder 4673
email:
laubschat@physik.tu-dresden.de
time/room of lecture
DO(5) PHY/D016
audience
7.Sem. Studiengang Physik-Diplom
7. Sem. Materialwissenschaften
previous knowledge
Grundlagen der Festkörperphysik
summary
Subject of the lectures are surfaces and interfaces of
solids: Crystallographic, electronic, and magnetic proper-
ties, adsorption and chemical interactions, interface
phenomena, multilayers.
certificate
enrolment
Web Reference
Electronen-Probe-Microanalysis and X-Ray-Interferences
lectures: 1 h/week
seminars: 0 h/week
practical training: 0 h/week
lecturer:
Däbritz
phone:
5680
email:
time/room of lecture
MO(6) ugW PHY/D016
audience
ab 7.Sem. Studiengang Physik-Diplom
previous knowledge
Grundstudium Physik oder Chemie oder Werkstoffkunde
summary
Physical fundamentals EPMA, wavelength- and energy disper-
sive X-ray spectroscopy, posibility, applications, efficien-
cy and limits, quantitative analysis (without standard and
ZAF methods correction), lattice source interferences
(Kossel technique), divergent beam X-ray technique in the
direction of transmission and reflection, fundamentals and
applications (diffusion).
certificate
enrolment
tgl. PHYS B109
Web Reference
Production of microstructures by electron, ion, laser beams
lectures: 1 h/week
seminars: 0 h/week
practical training: 0 h/week
lecturer:
Hauffe
phone:
5075
email:
hauffe@physik.tu-dresden.de
time/room of lecture
DO(5) gW PHY/D016
audience
7.Sem. Studiengang Physik-Diplom
7.Sem. Werkstoffwissenschaften,
Mikroelektronik
previous knowledge
Grundstudium Physik, Werkstoffwissenschaft, Mikroelektronik-
Technologie
summary
- Fundamentals of materials processing by electrons, ions
and photons
- Production and development of microstructure by electron,
ion and laser beams: methods, devices, process control and
inspection, applications
certificate
nach Vereinbarung
enrolment
1.LV
Web Reference
Selected Methods in Solid State Physics
lectures: 2 h/week
seminars: 0 h/week
practical training: 0 h/week
lecturer:
Loewenhaupt
phone:
6055
email:
Michael.Loewenhaupt@physik.tu-dresden.de
time/room of lecture
DI(3) PHY/D016
audience
ab 5.Sem. Studiengang Physik-Diplom
previous knowledge
Physik-Vordiplom
summary
- Magnetism of d- and f-electrons
- Magnetic fields and moments
- Measuring methods for magnetic, thermodynamic and
transport properties
certificate
enrolment
Web Reference
High resolution transm. electron microscopy and holography
lectures: 2 h/week
seminars: 0 h/week
practical training: 0 h/week
lecturer:
Lichte
phone:
4516
email:
hannes.lichte@physik.tu-dresden.de
time/room of lecture
MI(4) PHY/D016
audience
ab 5.Sem. Studiengang Physik-Diplom
previous knowledge
keine
summary
1. Production, focusing and detection of electron beams
2. Interaction of electrons with an object
3. Image transfer and contrast mechanisms
4. Electron holgraphy
certificate
enrolment
Web Reference
Corpuscular optics
lectures: 2 h/week
seminars: 0 h/week
practical training: 0 h/week
lecturer:
Goldberg
phone:
7590/6050
email:
goldberg@physik.tu-dresden.de
time/room of lecture
MO(5) PHY/D016
audience
5.+7.Sem. Studiengang Physik-Diplom
Nutzer elektronenoptischer Geräte
previous knowledge
Elektrik: Lorentz-Kraft, Potential, Maxwellsche Gleichungen
Mathematik: Grundkenntnisse gewöhnliche u. partielle Dgln.
summary
Charged particles in electric and magnetic fields, calcula-
tion of fields and trajectories, particle sources and guns,
electrostatic and magnetic lenses, aberrations and possibi-
lities of corrections, design of corpuscular optical devices
certificate
enrolment
1. LV
Web Reference
Dynamical interaction of electrons with solids
lectures: 1 h/week
seminars: 0 h/week
practical training: 0 h/week
lecturer:
Scheerschmidt
phone:
0345-5582910
email:
schee@mpi-halle.mpg.de, M.Lehmann@physik.tu-dresden.de
time/room of lecture
FR(3) ugW PHY/D016
audience
ab 5.Sem. Studiengang Physik-Diplom
previous knowledge
Vorlesung Quantentheorie
summary
Imaging and diffraction in electron microscopy
Scattering and diffraction in solids
Dynamical theory of electron interferences
Dispersion surfaces and Bloch waves
Crystal lattice defects and diffraction contrast
Inverse problems of electron microscopy
certificate
enrolment
Web Reference
Modernisation of teaching physics (esp. for physicteachers)
lectures: 2 h/week
seminars: 2 h/week
practical training: 0 h/week
lecturer:
Wilke
phone:
564-9869
email:
time/room of lecture
MI(1) WIG/H109
audience
7.Sem. Lehramststudiengang Physik - Gymnasium
7.Sem. Lehramststudiengang Physik - berufsbild. Schule
5.Sem. Lehramststudiengang Physik - Mittelschule
previous knowledge
Allgemeine Fachdidaktik, Spezielle Fachdidaktik 1,
Experimentalphysik (Zwischenprüfung)
summary
Scientific methods in didactic of physics, main fields of
research of the professor-ship of didactic of physics in the
TUD, investigation for getting physic lessons more
attractive, laboratory-work
certificate
Grundl. f. wiss. Arb.
enrolment
Web Reference
Crystallography
lectures: 2 h/week
seminars: 0 h/week
practical training: 0 h/week
lecturer:
Paufler
phone:
4670
email:
paufler@physik.tu-dresden.de
time/room of lecture
MI(3) PHY/D016
audience
7.Sem. Studiengang Physik-Diplom
7.Sem. Werkstoffwissenschaften,
9.Sem. Chemie
previous knowledge
Festkörperphysik
summary
1. Symmetry operations and their representation.
2. Point symmetry groups. Crystal forms.
3. Space symmetry groups.
4. Structures.
certificate
Testat
enrolment
1. LV
Web Reference
Metal Physics 2
lectures: 2 h/week
seminars: 0 h/week
practical training: 0 h/week
lecturer:
Skrotzki
phone:
5144
email:
werner.skrotzki@physik.tu-dresden.de
time/room of lecture
MO(3) PHY/D016
audience
7.Sem. Studiengang Physik-Diplom
7.Sem. Werkstoffwissenschaften
previous knowledge
Vordiplom Physik, Werkstoffwissenschaften
summary
Lattice Defects
Plasticity
Martensitic Transformation
Recrystallization
certificate
Klausur o. Kolloquium
enrolment
Web Reference
Physical Metallurgy 3
lectures: 2 h/week
seminars: 0 h/week
practical training: 0 h/week
lecturer:
Holste
phone:
564-9860
email:
holste@physik.tu-dresden.de
time/room of lecture
MO(5) PHY/C118
audience
7.Sem. Studiengang Physik-Diplom
previous knowledge
Grundlagen der Festkörperphysik und Metallphysik
summary
Microstructure-correlated modelling of metal
deformation behaviour
certificate
Testat
enrolment
Web Reference
Crystal physics
lectures: 2 h/week
seminars: 0 h/week
practical training: 0 h/week
lecturer:
Paufler
phone:
4670
email:
paufler@physik.tu-dresden.de
time/room of lecture
DI(2) PHY/D016
audience
GK 'Struktur- und Korrelationseffekte in FK',
7.Sem. WW
previous knowledge
Grundlagen der Festkörperphysik
summary
Representation of crystal properties
Relation between symmetry and tensor
Impact of symmetry on tensors
Examples of property tensors of first through fourth rank
Summary of all material equations
certificate
Testat n. Vereinbarung
enrolment
1. LV
Web Reference
Growth and Characterisation of Thin Films
lectures: 2 h/week
seminars: 0 h/week
practical training: 0 h/week
lecturer:
Schultz
phone:
4659-321
email:
schultz@ifw-dresden.de
time/room of lecture
MO(3) PHY/C118
audience
ab 7.Sem. Studiengang Physik-Diplom
Promotionsstudenten,
Graduiertenkolleg
previous knowledge
Festkörperphysik
summary
Vacuum technique, deposition processes for thin films,
characterization of thin films, growth behaviour,
oxide layers, high temperature superconductor thin films,
magnetic multilayers, metallic thin films
certificate
Testat, mündl. Prüfung
enrolment
Web Reference
Compact course: Physics of particle accelerators
lectures: h/week
seminars: h/week
practical training: h/week
lecturer:
Dietrich
phone:
5461
email:
j.dietrich@fz-juelich.de
time/room of lecture
5.-16.10.98 PHY/C213
audience
ab 5.Sem. Studiengang Physik-Diplom
previous knowledge
Experimentalphysik 1 - 3, Elektrodynamik
summary
Introduction to physics of particle accelerators and to ion
optics. Overview over types of accelerators and accelerator
components, basics of ion optics. Beam injection and extrac-
tion; synchrotron-radiation. Modern measuring methods in
accelerator physics and methods of beam cooling.
Finally: applications and tendencies in accelerator physics.
certificate
enrolment
Web Reference
Compact course:Scanning Electron Microscopy a. Microanalysis
lectures: h/week
seminars: h/week
practical training: h/week
lecturer:
Hauffe/Däbritz
phone:
5075/5680
email:
daebritz@physik.tu-dresden.de, hauffe@physik.tu-dresden.de
time/room of lecture
8.-12.3.99 + 15.-19.3.99 PHY/B107
audience
Studenten ab 5. Sem.,
postgraduale Weiterbildung
previous knowledge
Grundstudium
summary
- Function and using of the SEM
- Imaging with secondary and backscattered electrons
- Elemental analysis with characteristic X-ray emission
- Image processing by PC
- Sample preparation and practical work with the SEM
- Application examples in all main fields
certificate
Teilnahmebescheinigung
enrolment
bis Februar '99
Web Reference
Compact course: Fundamentals of vacuum physics
lectures: h/week
seminars: h/week
practical training: h/week
lecturer:
Jäckel
phone:
5445
email:
ITTP@physik.tu-dresden.de, jaeckel@physik.tu-dresden.de
time/room of lecture
08.-12.03.99 PHY/B214
audience
5.Sem. Studiengang Physik-Diplom
5.Sem. Werkstoffwiss. und Halbleitertechnik
previous knowledge
Vordiplom
Kursteilnahme nur nach pers. Voranmeldung
summary
kinetic theory of gases; gas flow at low pressure; conduc-
tance; pump speed; Interaction of gases with solid surfaces
(adsorption and desorption, outgassing and permeation for
vacuum materials); physical principles of the: - production
of vacuum, - vacuum measurements (total and partial pressure
measurements), leak rate and detection
certificate
enrolment
Web Reference
Start Vorlesungsverzeichnis