• Explore opportunities offered by ubiquitous nature of sub-laser cycle response to strong IR fields for shaping, controlling and imaging quantum matter.
• Understand the link between topological and chiral dynamical phenomena.
• Create new concepts for shaping, controlling, and imaging of “oriented” media: media with orbital momentum, spin, handedness.
• See viewpoint by Olga Smirnova in Nature Reviews Physics

Also do not forget to check out Our Research Directions, Selected Publications and preprints

• Synthetic chiral light [you can read the paper HERE, and see 1, 2, 3, 4, 5, 6, listen to an interview in Forschung Aktuell 7, find the article here ].

• Spying on topology [you can read the paper HERE, and also see 1, 2, find the article here].

• Freeing electrons to better trap them [see 1, 2, 3].
• From insulator to conductor in a flash [you can read the paper HERE, and also see 1, 2].
• A spinning top of light [you can read the paper HERE, and also see 1, 2].
• C'mon electrons, let's do the twist! Twisting electrons can tell right-handed and left-handed molecules apart [you can read the paper HERE, also see see 1, 2].
• Ultrafast preparation and detection of ring currents in single atoms [you can read the paper HERE, and see 1].
• Spin polarization by strong field ionization [see 1, 2].
• Probing molecular chirality on a sub-femtosecond timescale [see 1,2,3].
• Ascertaining tunneling time [see 1,2,3].

Please find here the software repository of the Theory Department where we upload some of our tools.