Pinned Repositories
Constrained-Multi-Objective-Optimization-for-Materials-Discovery
Design-Test-Make-Analyze
The ‘Design-Test-Make-Analyze’ paradigm features a combination of different candidate prediction algorithms from structure, oxidation state, to pathway prediction, to improve candidate selection efficiency towards experimental realization.
Harnessing-GPT-3.5-for-Text-Parsing-in-Solid-State-Synthesis-case-study-of-ternary-chalchogenides
opentrons-balance
Integration of a mass balance with the Opentrons robot
Opentrons-ProxyViscometer
Protocol files to use the OT-2 Opentrons robot as a proxy viscometer
pHbot
General "physics-informed" ML-driven pH adjustment robot
Poshcar
Quick and dirty crystal structure manipulation routines, optimized for use with VASP
reaction-network
Forked from original branch for ABO3 work with synthesizability
SC_model
synthesizability-ranking-filter
Synthesizability ranking filter that ranks the candidates according to their synthesizability score
Kedar-Materials-by-Design-Lab's Repositories
Kedar-Materials-by-Design-Lab/Constrained-Multi-Objective-Optimization-for-Materials-Discovery
Kedar-Materials-by-Design-Lab/Opentrons-ProxyViscometer
Protocol files to use the OT-2 Opentrons robot as a proxy viscometer
Kedar-Materials-by-Design-Lab/Harnessing-GPT-3.5-for-Text-Parsing-in-Solid-State-Synthesis-case-study-of-ternary-chalchogenides
Kedar-Materials-by-Design-Lab/opentrons-balance
Integration of a mass balance with the Opentrons robot
Kedar-Materials-by-Design-Lab/Design-Test-Make-Analyze
The ‘Design-Test-Make-Analyze’ paradigm features a combination of different candidate prediction algorithms from structure, oxidation state, to pathway prediction, to improve candidate selection efficiency towards experimental realization.
Kedar-Materials-by-Design-Lab/pHbot
General "physics-informed" ML-driven pH adjustment robot
Kedar-Materials-by-Design-Lab/Poshcar
Quick and dirty crystal structure manipulation routines, optimized for use with VASP
Kedar-Materials-by-Design-Lab/reaction-network
Forked from original branch for ABO3 work with synthesizability
Kedar-Materials-by-Design-Lab/SC_model
Kedar-Materials-by-Design-Lab/synthesizability-ranking-filter
Synthesizability ranking filter that ranks the candidates according to their synthesizability score
Kedar-Materials-by-Design-Lab/Fast-Universal-CSP-Platform
Kedar-Materials-by-Design-Lab/Machine_Learning_for_Thermoelectric_Materials
Kedar-Materials-by-Design-Lab/May-2023-Polymer-ML-SI
Polymer-ML Manuscript SI Files
Kedar-Materials-by-Design-Lab/Styrene-Terpolymer-Optimization