Physics Student • Ludwig-Maximilians-Universität Munich
I am an undergraduate physics student at Ludwig-Maximilians-Universität (LMU) Munich. My early research focused on observational astrophysics and observational cosmology—including Gamma-Ray Burst (GRB) cosmography, Type Ia supernovae distance calibration, and student space payloads.
Following my first-year university courses, my interest has shifted toward theoretical physics—particularly theoretical mechanics, symmetry principles, and relativistic foundations.
Constrained cosmological parameters (Ωm, ΩΛ) via χ2 minimization of empirical Epeak–Eiso relations in Gamma-Ray Bursts. Analyzed potential synergies with simulated binary neutron star merger populations for future detectors like the Einstein Telescope.
Leading team GAMMA in defining the scientific requirements and payload concepts for a student-led γ-ray transient observing CubeSat mission.
Derived luminosity distances using ESO (SOFI) infrared imaging alongside ZTF and ATLAS photometry using sncosmo. Modeled non-linear cosmic expansion using the Friedmann Equations.
Replicated modern Cepheid distance ladder methods using Konkoly Observatory photometry and NASA-IPAC NED redshift data to compute the Hubble constant (H0 = 70.26 ± 7.1 km s-1 Mpc-1).
Internship in photogrammetry, analyzing hyperspectral imagery and Landsat thermal datasets.
SSEA Symposium: The CRD Instrument and the COSMOS program.
CosmoXarxa: High-energy astrophysics presentation at Barcelona Science Museum.
Invited Seminar: Introduction to Astrophysics for high school students at German School Barcelona.
CosmoCaixa Museum: Science Explainer volunteer.
Outside of physics coursework, I write occasional notes on mechanics and maintain personal sub-sites: