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iStOMPS at Conferences

SAMOP23

From 5.3. to 10.3.2023, Lorenz attended the DPG Spring Meeting of the Atomic, Molecular, Quantum Optics and Photonics Section (SAMOP) which took place in Hannover in Germany. He presented a poster about simulations of magnetic field amplification and electric field suppression in ultrashort optical laser pulses.

Lorenz presenting his poster at the SAMOP23

In his poster, he explained the potential of differently shaped metal apertures to locally enhance the magnetic field while surpresssing the electric field. These findings deliver valuable information for the experimental realization of Sub-Project A. Next to the inspiring talks and poster presentations of an overall quite young scientific community he enjoyed the trip to the PTB Braunschweig very much.

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iStOMPS at Conferences

58th Symposium of Theoretical Chemistry

From 18.9. to 22.9.2022, Lorenz, Rahul, and Sebastian visited the 58th Symposium of Theoretical Chemistry in Heidelberg in Germany. Lorenz presented particle-in-cell simulations of azimuthally polarized beams interacting with metal apertures to generate isolated, amplified magnetic fields. Rahul’s poster showed spin-orbit complete active space second-order perturbation theory computations of Eu3+ ions. Sebastian presented nonadiabatic dynamics simulations using the SHARC software package. We enjoyed very nice talks, poster discussions, hikes, and social get-together.

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iStOMPS at Conferences

SPECATMOS Summer School

From 15th to 20th of May 2022, Elizaveta and Valentina visited the International Summer School SPECATMOS on the “Spectroscopy and Atmosphere: Measurements and Modelling”, which took place in Fréjus (France). There was a 1-week programme for lectures, tutorials, poster sessions, and networking.

Elizaveta presented a poster titled “Time-Resolved, State-Selective Spectroscopy of Laser-Ignited Plasma in Atmosphere”, where she also explained the work principles of a streak camera. We plan to use this precise spectroscopic tool to study luminescence of Eu3+ ions and other potential targets.