Ultrafast Physics

We develop advanced ultrafast pulse-shaping techniques to coherently control nonlinear optical interactions.

Our work spans adiabatic frequency conversion, resonant nonlinear processes, and the study of ultrashort light-matter dynamics, with applications ranging from mid-IR spectroscopy to fundamental quantum optics. 

Key publications: - O. Meron, S. Nehemia, U. Arieli, H. Suchowski, "Shaping ultrafast pulses for enhanced resonant nonlinear interactions," Nano Letters 25(47) (2025) - D. Beitner et al., "Single-Shot Multispectral Mid-Infrared Imaging with Incoherent Light via Adiabatic Upconversion," arXiv:2601.20570 (2026)​​​​