Anubhav Jain
84 SlideShares 61 Followers 3 Followings
Personal Information
Occupation
Berkeley Lab
Website
www.anubhavjain.net
Tags
materialsproject fireworks workflow software materials project
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Software tools for data-driven research and their application to thermoelectrics materials discovery

6 years ago • 270 Views

Atomate: a high-level interface to generate, execute, and analyze computational materials science workflows

6 years ago • 387 Views

Software tools for high-throughput materials data generation and data mining

6 years ago • 390 Views

Density functional theory calculations and data mining for new thermoelectrics discovery

6 years ago • 979 Views

The DuraMat Data Hub and Analytics Capability: A Resource for Solar PV Data

6 years ago • 424 Views

The Materials Project: Experiences from running a million computational science simulations and sharing the results with tens of thousands of researchers

6 years ago • 559 Views

Software tools for calculating materials properties in high-throughput (pymatgen, atomate, FireWorks)

6 years ago • 1954 Views

Prediction and Experimental Validation of New Bulk Thermoelectrics Compositions from High-Throughput Calculations

6 years ago • 290 Views

Open-source tools for generating and analyzing large materials data sets

7 years ago • 492 Views

Combining density functional theory calculations, supercomputing, and data-driven methods to design new materials

7 years ago • 907 Views

Software tools to facilitate materials science research

7 years ago • 1718 Views

Combining High-Throughput Computing and Statistical Learning to Develop and Understand New Thermoelectric Compounds

7 years ago • 549 Views

Combining density functional theory calculations, supercomputing, and data-driven methods to design new thermoelectric materials

7 years ago • 412 Views

FireWorks overview

7 years ago • 740 Views

Targeted Band Structure Design and Thermoelectric Materials Discovery Using High-Throughput Computation

7 years ago • 362 Views

Combining density functional theory calculations, supercomputing, and data-driven methods to design new thermoelectric materials

8 years ago • 874 Views

Combining density functional theory calculations, supercomputing, and data-driven methods to understand and design new thermoelectric materials for waste heat recovery

8 years ago • 1837 Views

Application of the Materials Project database and data mining towards the design of thermoelectric and functional materials

8 years ago • 1617 Views

The Materials Project and computational materials discovery

8 years ago • 667 Views

The Materials Project: overview and infrastructure

9 years ago • 12715 Views