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Astro-Sean/README.md

Hi, I'm Seán, an astronomer at the Max Planck Institute for Extraterrestrial Physics (MPE) in Garching bei München, Germany. I study mass loss in massive stars and the nature of interacting transients.

Research Focus I focus on the final stages of massive stellar evolution, particularly pre-supernova activity, to understand what happens in the weeks and months leading up to core collapse. My work generally covers:

  • High-energy astrophysical transients, with a focus on interacting systems and their spectral signatures
  • Multi-wavelength photometric analysis using instruments like the MPI 2.2m/GROND
  • X-ray studies using data from eROSITA and the Einstein Probe
  • Building tools to detect early-time progenitor variability, helping us prepare for next-generation surveys like LSST

If you find any of the code from my publications useful, please feel free to use it or get in touch. I'm always happy to collaborate or answer questions.

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  1. autophot autophot Public

    The AUTOmated Photometry Of Transients (AutoPhOT) is a novel automated pipeline that is designed for rapid, publication-quality photometry of transients.

    Python 40 7

  2. SOLAS SOLAS Public

    (Under development) Monte-Carlo ray tracing code for astrophysical applications

  3. escatter escatter Public

    Python script to perform Monte Carlo simulations of electron scattering events in interacting supernovae.

    Python 7 1

  4. finder_chart finder_chart Public

    Python script to create a finder chart using a user given fits file for transient identification

    Python 3 1

  5. OpenStella-PARDISO OpenStella-PARDISO Public

    Forked from sblinnikov/OpenStella

    Fork of OpenStella (Blinnikov & Bartunov 1-D implicit radiation-hydrodynamics code for supernova light curves) with the Y12M sparse solver replaced by Intel MKL PARDISO + OpenMP. ~2-4x faster on 50…

    Fortran