Hello everyone, I am Leonardo Barneschi, a 2nd year PhD student in computational photochemistry and photobiology at the University of Siena, Italy. In my research I routinely use quantum chemistry and molecular dynamics programs, and Python to process data obtained from simulations, thus I am a regular MDAnalysis user. These analyses require extensive usage of Python libraries for scientific computing such as numpy, scipy or data analysis libraries such as Pandas.
I would be interested in participating in the GSOC 2021 program with MDAnalysis developers to contribute to the package, to learn more about its structure and to improve my OOP and possibly Cython skills.
While I find the “Molecular volume and surface analysis” particularly interesting, I would like to propose and develop the following idea: “Implementation of an electrostatics module in MDA”. Specifically, I would like to exploit the point charges attribute of the topologies to evaluate various electrostatic properties, e.g. electrostatic potential (ESP) on a grid (taking advantage of the griddata module already present in MDA), electrostatic interactions between groups, dipole evaluation, etc.
I think this idea connects nicely to the “Molecular volume and surface analysis” project, since one could evaluate ESP on surfaces, thus possibly exploiting the same freeSASA library.
If you think my idea could be of interest for the MDAnalysis team I am certainly available to either discuss further my proposal or work on your aforementioned project.
Best regards,
Leonardo Barneschi