We demonstrate a record-high THz output of 6.7 mW from large-area photoconductive emitters driven by a frequency-doubled Yb laser at 400 kHz—offering a robust, scalable source for linear and nonlinear THz applications.

We demonstrate the correlation between cumulative hydrodynamics of high-repetition-rate filament plasmas and THz generation efficiency. Our work opens the door for rapid THz-spectroscopy studies with high dynamic range from THz to mid-IR frequencies, significantly accelerating measurement times.

Today we celebrate the dedication of women to science and their success in their specific fields! The pictures show Prof. Dr. Clara Saraceno, head of our research group along with Dr. Anna Ono on one of our set-ups.