Prof. Dr. Alejandro Saenz

Contact

Facility

Faculty of Mathematics and Natural Sciences

Department of Physics

Modern Optics

Email

saenz? Please insert an @ at this point ?physik.hu-berlin? Please insert a period at this pointde

Telephone

030 2093-4902

Postal address

Unter den Linden 6, 10117 Berlin

Registered office

Lise Meitner-Haus, Institutsgeb?ude, Newtonstra?e 15, 12489 Berlin

Room

2'208

Research projects

Project
Business enterprises / commercial economy09/2019 - 03/2020
Theoretische Berechnung der Energieverlustfunktion von monoenergetischen Elektronen an molekularem Tritium bei KATRIN
Project management: Prof. Dr. Alejandro Saenz
Project
Federal Ministry of Research, Technology and Space07/2018 - 10/2021
Aufbau von APPA bei FAIR: Entwicklung eines Kalibrierungsinstruments für hochintensive Laserlichtquellen
Project management: Prof. Dr. Alejandro Saenz
Project
DFG Individual Research Grant11/2015 - 07/2019
PP 1840: Diatomic Molecules in Intense Laser Fields (SP of QUTIF)
Project management: Prof. Dr. Alejandro Saenz
Project
Federal Ministry of Research, Technology and Space07/2015 - 09/2018
Solution of the time-dependent Dirac equation for highly charged ions in laser pulses of the highest intensities
Project management: Prof. Dr. Alejandro Saenz
Project
Federal Ministry of Research, Technology and Space07/2012 - 06/2015
FAIR-APPA: Theoretical Description of Highly Charged Ions in Ultrashort Intense Laser Pulses
Project management: Prof. Dr. Alejandro Saenz
Project
04/2011 - 03/2015
Correlated Multielectron Dynamics in Intense Light Fields "CORINF" - HUM
Project management: Prof. Dr. Alejandro Saenz
Project
Federal Ministry of Research, Technology and Space07/2009 - 06/2012
Theoretical Description of Highly Charged Ions in Ultrashort Intense Laser Pulses
Project management: Prof. Dr. Alejandro Saenz
Project
DFG Individual Research Grant03/2007 - 02/2010
Theoretical investigation of the behaviour of molecular hydrogen in intense ultrashort laser pulses II
Project management: Prof. Dr. Alejandro Saenz
Project
Federal Ministry of Research, Technology and Space07/2006 - 12/2009
FLAIR-Horizon: Innovative experiments and instrumentation for FLAIR at FAIR - Prediction of cross-sections for the interaction of slow antiprotons
Project management: Prof. Dr. Alejandro Saenz
Project
DFG Individual Research Grant07/2005 - 06/2007
Theoretical investigation of the interactions in ultracold atomic and molecular gases
Project management: Prof. Dr. Alejandro Saenz
Project
DFG Collaborative Research Centre07/2004 - 06/2010
SFB 450 III: Ab-initio theory for the analysis and control of excitation, fragmentation and charge transfer in ultrashort laser pulses (TP C 6)
Project management: Prof. Dr. Alejandro Saenz
Project
DFG Individual Research Grant07/2003 - 06/2005
Theoretical investigation of molecular hydrogen exposed to strong laser pulses
Project management: Prof. Dr. Alejandro Saenz
Project
DFG Individual Research Grant07/2003 - 08/2006
Highly accurate numerical treatment of the interaction of cold atoms
Project management: Prof. Dr. Alejandro Saenz

Prof. Dr. Alejandro Saenz

Contact

professor emeritus

Research projects

Theoretische Berechnung der Energieverlustfunktion von monoenergetischen Elektronen an molekularem Tritium bei KATRIN

Aufbau von APPA bei FAIR: Entwicklung eines Kalibrierungsinstruments für hochintensive Laserlichtquellen

PP 1840: Diatomic Molecules in Intense Laser Fields (SP of QUTIF)

Solution of the time-dependent Dirac equation for highly charged ions in laser pulses of the highest intensities

FAIR-APPA: Theoretical Description of Highly Charged Ions in Ultrashort Intense Laser Pulses

Correlated Multielectron Dynamics in Intense Light Fields "CORINF" - HUM

Theoretical Description of Highly Charged Ions in Ultrashort Intense Laser Pulses

Theoretical investigation of the behaviour of molecular hydrogen in intense ultrashort laser pulses II

FLAIR-Horizon: Innovative experiments and instrumentation for FLAIR at FAIR - Prediction of cross-sections for the interaction of slow antiprotons

Theoretical investigation of the interactions in ultracold atomic and molecular gases

SFB 450 III: Ab-initio theory for the analysis and control of excitation, fragmentation and charge transfer in ultrashort laser pulses (TP C 6)

Theoretical investigation of molecular hydrogen exposed to strong laser pulses

Highly accurate numerical treatment of the interaction of cold atoms