Ultrafast Dynamics of Quantum Solids
Studying Dynamic Processes in Solids with Light
UODS uses light to understand and manipulate the properties of solids by exploiting their non-equilibrium response to femtosecond pulses of laser light. We aim to understand how electrons, phonons and spins interact to determine the properties of materials, such as magnetism, insulator-metal transitions and superconductivity. We investigate how light can be used to effectively and efficiently manipulate these interactions in order to control material properties. This is achieved by exploiting the ultrafast timescale in order to access that are not possible in thermal equilibrium.
In order to probe these processes our group combines advanced laser-lab based time-resolved optical spectroscopies with cutting edge experiments that can only be performed at world-leading, large-scale research facilities. This enables us to exploit the full power of the electromagnetic spectrum and utilize wavelengths from hundreds of microns down to sub-nanometers.
For more information on our research, select one of the topics below.
Simon WallGroup Leader
Luciana VidasPhD Student
Daniel Pérez SalinasPhD Student
David Moreno MencíaPhD Student
Alberto RamosPost Doc
Elías MartinezPost Doc
Nina FleischmannPhD Student
Daniel Schick - Visiting Scientist
Nadia Milders - Masters Student
Marc Toni Mas - Summer Student
Arianna Frelek - Summer Internship
Timothy Miller - Post Doc
Daniel Wegkamp - Post Doc
Vera Sala - Post Doc
Klaudia Golos - Summer Internship
Light control of orbital domains: case of the prototypical manganite La0.5Sr1.5MnO4T. Miller, M. Gensch, S. Wall
Physica Scripta 91, 124002 (2016)
Recent Developments in Ultrafast X-ray Techniques for Materials Science ApplicationsS. Wall and M. Trigo
Synchrotron Radiation News 29 13-18 (2016)
Resonant optical control of the structural distortions that drive ultrafast demagnetization in Cr2O3V. G. Sala, S. Dal Conte, T. A. Miller, D. Viola, E. Luppi, V. Véniard, G. Cerullo, and S. Wall
Physical Review B 94, 014430 (2016)
Ultrafast optical response of the amorphous and crystalline states of the phase change material Ge2Sb2Te5T. A. Miller, M. Rudé, V. Pruneri, and S. Wall
Physical Review B 94, 024301 (2016)
A View of the laser table in ultrafast lab in Barcelona.
Tim and Luci performing X-ray holography measurements at the BESSY synchrotron in Berlin, Germany.
X-ray diffraction set up at the SACLA free electron laser in Japan.
UODS group October 2016
AddressDr. Simon Wall
ICFO - The Institute of Photonic Sciences
Barcelona Institute of Science and Technology
Mediterranean Technology Park
Av. Carl Friedrich Gauss, 3
08860 Castelldefels (Barcelona), Spain
Office Telephone: +34 935 542 236
Fax: +34 935 534 000