Fellows
A list of hired Fellows and a description of their role in the network. Each Fellow is invited to provide contact information, his research interests and further information here.
Open Positions
ATTOFEL: Open ER Position at Amplitude Technologies External: Open Postdoctoral position at Uppsala University
Antoine Moulet
Fellow at the Max Planck Institute für Quantenoptik in Garching, I joined the Network as early stage researcher in October 2010. In my project, I focus on the use of waveform synthetized sub-optical cycle pulses for the time-resolved study of electronic motion using transient absorption spectroscopy.
Fabian Lücking
Fabian Lücking joined the Network as early stage researcher in January 2010. He is working at FEMTOLASERS on the development of carrier-envelope-stabilized femtsecond laser sources.
Nan Lin
Nan Lin joined the Network as early stage researcher in September 2010. He is working on the tomographic imaging of molecular orbitals at the CEA Node of the Network.
Christoph Heyl
Christoph Heyl joined the network Node in Lund in June 2010. He is working on spectral and spatial characterization techniques to control the phase dynamics of high-order harmonics/attosecond pulses generated in gases.
Piotr Rudawski
Piotr Rudawski joined the Lund Node in December 2010. He is investigating electron dynamics in photoionization events.
Emeric Balogh
Emeric Balogh joined the Network Node in Szeged in March 2010. He is working on numerical tools to predict characteristic properties of attosecond pulses and analyzing the effects of THz fields on high-order harmonic generation.
Jesse Sjerp Martijn Klei
Jesse Sjerp Martijn Klei joined the Network in October 2010, working at the Node of the Max Born Institute Berlin.
Paolo Antonio Carpeggiani
Paolo Antonio Carpeggiani joined the Network node of FORTH as early stage researcher in March 2010. He investigated electron wavepacket dynamics on the single femtosecond timescale.
Kim Kyungseung
Kim Kyungseung joined the Network in July 2010. He is working at the CNR on new temporal gating techniques for the generation of isolated attosecond pulses.


