Ultra-fast dynamics & spectroscopy.
We resolve electronic and structural dynamics on attosecond and femtosecond timescales — the natural clocks of chemistry and condensed-matter physics. Our simulations support and interpret the world's fastest experimental probes.
Attosecond science
Charge migration, photoemission delays, and core-hole dynamics on the natural timescale of electron motion. Pump- probe simulations matched to attosecond beamline experiments.
Femtosecond spectroscopy
Vibrational coupling, ultrafast charge transfer, and exciton dynamics in molecules and 2D materials. Time- and angle- resolved spectra simulated end-to-end.
Light-matter interaction
From perturbative response theory to non-perturbative laser- driven dynamics — bridging linear-response quantum mechanics with strong-field regimes.
Experimental partnerships
We work hand-in-hand with experimentalists at synchrotron and free-electron-laser facilities to ground simulations in measurement.