Resources
Resources
These resources are public research workflows or related contributions. Repository maturity labels are conservative until the PI confirms current maintenance status.
Workflows
Ab-Initio Interaction Map
Purpose: Automated protocol for generating three-dimensional interaction maps between molecular partners from structural inputs.
Maturity: research workflow / fork of Liu Group repository
Constraints: AMBER16 or newer, Packmol, Python 2.7-era dependencies, pyvdwsurface
License: MIT
Electrostatic Spectral Tuning Maps
Purpose: Workflow for computing van der Waals surface points and electrostatic spectral tuning maps from molecular coordinates.
Maturity: research workflow / legacy protocol
Constraints: Python 2.7, NumPy, Matplotlib, Cython, pyvdwsurface, Gaussian workflow scripts
License: MIT
Workflow For Umbrella Sampling
Purpose: Protocol for umbrella sampling simulations and PMF generation as a function of center-of-mass distance between molecules.
Maturity: research workflow / fork of Liu Group repository
Constraints: AMBER16 or newer, Packmol, WHAM
License: MIT
External Learning Resources
Public documentation, tutorials, lectures, and short books useful for computational chemistry onboarding. Software access can depend on licensing, platform, or institutional availability.
Molecular Simulation and Visualization
Quantum Chemistry Software
Programming and Foundations
Video Learning
Seminar and Lecture Archives
Short Books and Guides
Source list adapted from the public Acharya Lab resources page. Syracuse-specific computing links are omitted because they are not generally usable by Savannah State University students.
Student Onboarding Resources
Students joining computational projects typically begin with Linux command-line work, Python scripting, molecular visualization, version control, and careful research notebooks. Public training materials will be added here after they are approved for reuse.
Logo
Official Kabir Lab logo files for approved website, presentation, poster, and research communication use.