Sfb 450 Analyse und Steuerung ultraschneller photoinduzierter Reaktionen

Sommersemester 2003

Ort : Fachbereich Physik, FU-Berlin, Arnimallee 14, 1495 Berlin (Stadtplan); Hörsaal A; 
Lageplan Physik in Dahlem    
Gebäudeplan  
Ort: Hörsaalgebäude Raum 0.06 FB Chemie der HUB Newton-Str. 14  12489 Berlin Adlershof (Stadtplan)

Datum
Ort
Zeit Veranstaltung/Thema Vortragender/
Institution

29.04.2003 FU

14.15-15.00 

Vibrational coherence in pump-probe optical spectra:
advantages and possibilities of broadband observation

Nikolaus Ernsting (HU Berlin)

15.00-15.45

Theory of molecular reaction dynamics driven by impulsive IR+UV laser pulses

Jörn Manz (Berlin)

15.45-16.15  Kaffeepause 

16.15-17.00

The Effect of environment on non-adiabatic excited state chemistry Abstract

David Coker (Boston)

17.00-17.45

Femtosecond X-ray sources

Heinrich Schwörer (Jena)

**************

13.05.2003 HU

14.15-15.00 

Generation of IR fs pulses (Tutorial)

Thomas Elsässer (MBI Berlin)

15.00-15.45

Ultrafast mid-infrared spectroscopy as a tool to probe structures and dynamics

Erik T.J. Nibbering (MBI Berlin)

15.45-16.15 Kaffeepause 

16.15-17.00

Femtosecond Time-Resolved Four-Wave Mixing Spectroscopy: Analysis and Control of Molecular Dynamics Abstract

Arnulf Materny (Bremen)

17.00-17.45

Theory of Coherent Population Transfer in Dissipative Systems

Prof. Boris Fainberg
(Tel Aviv)

**************

27.05.2003 FU

14.15-15.00 

Conformation Transitions of Peptides

Christof Schütte (Berlin)

15.00-15.45

Ultrafast electron injection from molecular donors into the 
conduction band of semiconductors: Experimental data and theory

Frank Willig/S. Ramakrishna 
(HMI Berlin
)

15.45-16.15 Kaffeepause

16.15-17.15

The femtosecond time scale: A new perspective in X-ray science

Dietrich von der Linde (Essen)

17.15-18.15

Coherent phenomena beyond vibrationally mediated electron transfer at dye-semiconductor-interfaces

 Josef Wachtveitl (Frankfurt)

**************

10.06.2003 HU

14.15-15.00 

Ab initio Simulation of 2D Infrared Spectra

Jens Dreyer (MBI Berlin)

15.00-15.45

A Multidimensional View on Condensed Phase Chemical Reaction Dynamics

Oliver Kühn ( FU Berlin)

15.45-16.15 Kaffeepause 

16.15-17.15

Vibrational population dynamics after internal conversion
- a time-resolved resonance Raman approach

Wolfgang Werncke (MBI Berlin)

17.15-18.15

What is the solvated electron in liquid ammonia?

Peter Voehringer
(MPI Goettingen/ Strassbourg)

**************

24.06.2003 FU

Achtung!! Wegen des Tages der Chemie an der HU in Adlershof  haben wir ein reduziertes Programm. 

16.15-17.15

Real-time dynamics in superfluid helium nanodroplets

PD  Dr. Frank Stienkemeier Bielefeld

17.15-18.15

Femtosecond spectroscopy on molecular aggregates

A. W. Castlemann (Pen State)

**************

01.07.2003 HU

 

14.15-15.00 Ultrafast processes in proteins and model systems Karsten Heyne
(MBI Berlin)
15.00-16.00 Revisiting the primary photo-induced processes in retinal proteins  Abstract Stefan Haacke (Lausanne)
16.00-16.30 Kaffeepause  
ab 16.30 Perspektivplanung des Sfb 450 für die nächste Antragsphase (DFG Begutachtung 9./10. März 2004).

**************

15.07.2003 FU

14.15-15.15

Vortrag (JP Kandidat )

Jens Stenger, Berkeley

15.15-16.15

Spectroscopy of dark states - new ways to characterize photo-energytransfer systems(JP Kandidat )

Jörg Zimmermann, Berkeley

16.15-17.00 Kaffeepause

17.00-18.00

Controlling external molecular modes with intense light

Tamar Seidema Northwestern Chicago)

ab 18.00

Perspektivplanung des Sfb 450 für die nächste Antragsphase

 

download mathreader      download Acrobat Reader     Hier die Schrifttype starmath.ttf

 

Sondertermin am 22.8. um 10 Uhr im Seminarraum 36.07  des Instituts für Chemie der FUB

Takustraße 3, 14195 Berlin

Vortrag Prof. Hirohiko Kono Tohoku /University Sendai Japan

 

Thema: The Development of Electronic Wave Packet Methods and Their Application
to Molecular Dynamics in Intense Laser Fields

Abstract

 

Im Anschluß: ca. 11. 15 Uhr

Vortrag  Prof. Ilya Averbukh /Department of Chemical Physics The Weizmann Institute of Science/Israel

 

Thema:  New Adventures of a Kicked Rotor:

From Molecular Alignment to Atom Optics

Abstract

 

Please send informations, ideas, comments to:

Sprecher des Sfb: Prof. Wöste woeste@physik.fu-berlin.de oder P. Abt abt@zedat.fu-berlin.de
and do not forget: Time is getting short!
1 pico second =1*10 -12s; 1 femto second = 1*10 -15s;1 atto second = 1*10 -18s; 1 zepto second =  1*10 -21s

Have a look at some oscillating wavefunktions  of  the hydrogene atom

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