Python Package for Modelling Dust Evolution in Protoplanetary Disks.

Generate and manipulate semi-analytic models of planet wakes

Python code to simulate the formation of rocky planets in chemical equilibrium (based on Gibbs energy minimisation) and analysis of planet compositions.

Inferring the minimum-mass extrasolar nebula (MMEN) from SysSim

"Gas Accretion onto Eccentric Planets" - B.Sc. thesis that I wrote at the Max Planck Institute for Astronomy in Heidelberg under the supervision of Dr. Bertram Bitsch (during winter semester 2019/20).

Production input and output files, data analysis and plotting notebooks, and high-performance-computing-related resources related to Baronett et al. (2024)

Planet Formation in the Southwest +

Python code to model the evolution of a viscous disk

"Computational Cost Optimization for Numerical Integration of the Smoluchovski Coagulation Equation via Stochastic Kernel Sampling" - M.Sc. thesis that I am currently writing at the Heidelberg Institute for Theoretical Astrophysics under the supervision of Prof. Dr. Cornelis Dullemond

Figure and source code for the Streaming Instability Code Comparison Project.