Datum |
Thema |
Vortragender |
kommt aus |
|
Vorlesung
|
|
|
|
Vortrag |
|
|
Handouts zur Vorlesung können über das www heruntergeladen werden. |
Für Mathematica Vorlagen kann für windows der Mathreader geladen werden. |
19.10.1999 |
16.00 Kohärente und nicht
kohärente Kontrolle der Wechselwirkung kurzer Pulse mit einfachen Molekülen |
Dr. Thomas Feurer |
Jena
|
19.10.1999 |
17.15 "Hydrogene bond dynamics in electronically exited
states" |
Dr. E. Nibbering |
MBI |
Basic concepts and classical wavepacket dynamics |
|||
26.10.1999 |
Classical
wavepacket equations of motion stochastic process:
conditional distribution, transition "matrix"; master equation and its
expansion, giving the Fokker-Planck-equation; Langevin-equation; translating
Langevin-equations into corresponding FP-equ.; special case for linear force:
Klein-Kramers equations (its limit: Smolu-chowski-equation); Brownian
Oscillator |
N.P. Ernsting V.
Farztdinov
|
HUB |
Mathematica files zur
Vorlesung:Teil1a
Teil2a
Teil2b
alles als zip file Teil1 |
02.11.1999 |
Propagating
classical wavepackets including dissipation. |
N.P. Ernsting V. Farztdinov |
|
Mathematica files zur
Vorlesung:Teil2c Teil2d
alles als zip-file Teil2 |
09.11.1999 |
Femtosekundenspektroskopie an Dendrimeren Abstract |
G. Schweizer |
Leuven
|
|
Reaction
surface approach to the laser-driven multidimensional quantum dynamics |
O. Kühn |
|
Quantum-mechanical wavepacket dynamics (state propagation without dissipation) |
|||
16.11.1999 |
Einführung zu experimentellen Methodiken |
L. Wöste |
FUB |
23.11.1999 |
A memo of quantum-mechanical equations of motion Brief classical memo (especially Poisson-bracket, and Liouville-equ.); quantisation revisited One electronic state onlyMethods of q.m. state propagationin
energy representation: illustration using harmonic oscillator (HO); anharmonic oscillator in HO energy representation; split-operator
technique, with a typical, hence interesting, example. |
L.
Wöste M.
Garcia |
FUB |
30.11.1999 |
1-d
examples Discrete
Variable Representation; double minimum potential from two interacting
harmonic oscillators giving adiabatic lower potential; any single 1-d
potential. |
L.
Wöste M.
Garcia |
FUB |
07.12.1999 |
Intramolecular
Vibrational Redistribution I |
D.
Stehlik R.
Diller |
FUB |
Mathematica
files zur Vorlesung:Teil3
alles als zip file Teil3 |
14.12.1999 |
Femtosecond Pulse Shaping and Selected Applications in High-Speed Information Processing and Generation of Terahertz Radiation AbstractDas kurze Leben heisser Elektronen in realen
Metallen d-band-Katastrophe, Transporteffekte und transiente Excitons |
Walter Ekardt |
Purdue Univ.
Fritz-Haber Institut der MPG |
|
Sfb Meeting |
|
|
04.01.2000 |
Intramolecular
Vibrational Redistribution II |
D. Stehlik R. Diller |
FUB |
11.01.2000 |
Several
electronic states: Curve crossing (electr onic state parametrized by classical spatial coordinates) Original 1-d Landau-Zener; LZ treatment for any
two crossing curves, with appropriate example; 2-d curve crossing:
topology of surfaces; "surface hopping" |
J. Manz O. Kühn |
FUB |
18.01.2000 |
Vibronic couplingcomplete
Hamiltonian for electrons and nuclei; distinction between: "diabatic and
adiabatic representation", vs. "nonadiabatic
and adiabatic process". Born-Huang and Born-Oppenheimer approximations;
two electronically interacting
q.m. harmonic oscillators. |
J. Manz O. Kühn |
FUB |
25.01.2000 |
Vortrag entfällt wegen Erkrankung
Konformationsdynamik in lichtschaltbaren Zyklopeptiden Abstract
|
J. Wachtveitel
|
LMU München |
|
Theory
for Laser Induced Ultrafast Phase |
H. Jeschke |
FUB |
|
Clusterkatalyse |
U. Heiz Sfb Meeting |
Univ. Lausanne /FUB |
01.02.2000 |
Examples for dynamics of vibronic coupling 1-d:
propagation for two electronically interacting q.m. harmonic oscillators; 2-d
conical intersection, cis-trans isomerization |
J.
Manz O.
Kühn |
FUB |
Mathematica files zur Vorlesung:Vibronic Dynamics in One Dimension alles als zip file ZIP-File |
Q.-m. density dynamics |
|||
08.02.2000 |
Mixed statespure states, mixed states: density, its
representations, expectation values. Equations
of motion for the various entities. Connection between coordinate TCF and
off-diagonal ρab; propagation
schemes for density. |
T.
Elsässer J.
Dreyer |
MBI |
15.02.2000 |
Special case: Two-level systemdensity
matrix as Bloch vector, RWA |
T. Elsässer J. Dreyer |
MBI |
Mathematica files zur
Vorlesung:Zwei
Schwingungs-Niveaus Dephasieren
Two
- Level - Systems alles als zip
file ZIP-File |
Das noch anstehende Programm des WS 99/00
Classical and
Quantum-mechanical Wavepacket Motion:
Basics, and Applications in Molecular Dynamics
ersetzt. Die Vorlesungsreihe wird in regelmäßigen Abständen ergänzt durch Colloquiumsvorträge externer und intener Sprecher.