Doctoral Candidates (DCs)

Understanding anions in astrophysical context is of great importance because anions are the drivers of chemistry in various environments and yet poorly understood. These are unknown unknowns, and hence efforts towards their characterization are necessary.

Prateek Boga

DC7: Vibrational spectroscopy of molecular anions relevant in interstellar and planetary chemistry

Radboud University (RU)

Whenever there are arguments between engineers and pure scientists about who is better, I don’t have to choose sides! I am an Aerospace Engineer by bachelor’s training (2018-2022). During my bachelor’s I got into astrophysics research with internships on Solar Activity research, Dark Matter modelling in spiral galaxies leading to my bachelor’s thesis on numerical simulations of gas filaments. Soon after, I got inducted into a master’s program in Astrophysics at Ludwig Maximilians Universität, Munich, Germany (2023-2025). My master’s thesis was in the field of exoplanetary atmospheres. Using the Wendelstein Telescope (owned by LMU) in the Bavarian alps, I performed high-resolution spectroscopic observations and analyses of gas giant exoplanets to characterize their atmospheres. I have recently started my PhD under the PANIONS project at Radboud University at the HFML-FELIX institute. Here, my focus will be on laboratory characterization of anions of astrophysical interest which can eventually be observed using infrared telescopes. As a physicist, I would like to use the expertise of my colleagues in the DarChemDN to form a chemical perspective of the project, eventually leading to an interesting interdisciplinary project.

Supervisor: Dr. Sandra Brünken

Comenius University Bratislava, Slovakia

Supervisor: Lukáš Pašteka

Duration: 1 month

Purpose: Learning to perform theoretical calculations on molecular target anions.

MPIK (MPG) & MRC Systems GmbH, Germany

Supervisor: Holger Kreckel & Marcus Goetz

Duration: 3 months

Purpose: Industrial laser applications and photodetachment studies on molecular target anions.