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CedricRossboth/README.md

Hi, I'm Cédric

Computational chemist, MSc in Molecular and Biological Chemistry at EPFL. I work where molecular simulation meets machine learning.

What I've worked on

  • Screening 108 Cu-based alloy catalysts with equivariant ML interatomic potentials instead of DFT
  • Comparing free-energy methods (MM/PB(GB)SA, thermodynamic integration, funnel metadynamics) for PFAS binding to a protein, on the CSCS Alps GPU supercomputer
  • Interpretable symbolic-regression models of spin states in iron complexes
  • Contrastive models that retrieve molecular structures from NMR, IR and MS spectra (EPFL AI Team, ongoing)

Tools: Python, PyTorch, RDKit, GROMACS, PLUMED, Gaussian, Psi4, SLURM/HPC

Looking for: a master's thesis in AI for chemistry or materials, from February 2027. LinkedIn · CV · cedric.rossboth@epfl.ch

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  1. NMRoss NMRoss Public

    From a smiles representation of the molecule or its IUPAC name, an approximate 1H NMR will be given. Only works for molecules with maximum one aromatic ring and no double bonds.

    Jupyter Notebook 1

  2. spin-splitting-symbolic-regression spin-splitting-symbolic-regression Public

    Predicting the high-spin/low-spin energy gap of octahedral Fe(II)/Fe(III) complexes from a single geometric descriptor using symbolic regression on DFT data, giving one interpretable formula.

    Jupyter Notebook

  3. cu-alloy-mlip-screening cu-alloy-mlip-screening Public

    MLIP screening of Cu bimetallic alloys for acetylene electroreduction — built on EleCatML by J. Chen.

    Python