Hi there 👋

I am a research engineer with a background in physics engineering and space sciences.

I studied a Bachelor's degree in Engineering and a Master's degree in Physics Engineering at Université libre de Bruxelles (Brussels, Belgium), and a Master of Science in Space Science and Technology at Université de Toulouse III - Paul Sabatier (Toulouse, France).

I have worked as a Radiation Transfer Modelling Expert at Rayference for almost 5 years. There, my research activity focused on radiation transfer modelling for Earth Observation, including Monte Carlo ray tracing, simulation of satellite observations, molecular absorption modelling, particle microphysical and radiative properties characterization and radiative transfer models intercomparison.

I have then worked as a Research Assistant at Royal Belgian Institute for Space Aeronomy (BISA) for a year. My work there revolved around the different aspects of Fourier-Transform Infrared instruments for atmospheric remote sensing and satellite products validation.

Driven by a deep-seated curiosity, I am passionately committed to exploring diverse areas of science and am continually eager to expand my knowledge and expertise. I strive to bring a positive contribution to the world. I thrive in an open and collaborative environment that promotes access and sharing of knowledge for all.

• Radiative Transfer Model Comparison with Satellite Observations over CEOS Calibration Site Libya-4
  Y. Govaerts, Y. Nollet, V. Leroy
  Atmosphere, 2022

• Reconciling Coulomb breakup and neutron radiative capture
  P. Capel, Y. Nollet
  Physical Review C, 2017

• Building an efficient gaseous absorption database for the Eradiate open-source 3D radiative transfer model
  Y. Nollet, Y. Govaerts, V. Leroy
  Poster presented at the GRASP ACE Summer School, Lille, France
  May 22-26 2023.

• Inferring the cross section for the radiative capture of 14 C(n, γ)15 C from the Coulomb breakup of 15 C
  Y. Nollet
  Talk at The Belgian Research Initiative on eXotic nuclei (BriX), Liege, Belgium
  May 27-28, 2015.

• Eradiate
  A modern open-source 3D radiative transfer model for Earth observation applications based on the Monte Carlo Ray Tracing method
  

• Joseki
  Atmosphere reference thermophysical profiles factory, including tools to further characterize, modify or analyze atmospheric profiles
  

• Tengen
  A place to gather reference solar irradiance spectra
  

• USSA1976
  Python implementation of the U.S. Standard Atmosphere, 1976