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categories.yaml
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---
classical:
description: Apps for performing calculations based on classical/empirical force fields.
title: Classical
data-analysis:
description: Apps for analyzing calculations or experimental data.
title: Data Analysis
data-visualization:
description: Apps for visualizing experimental data.
title: Data Visualization
data-management:
description: Apps for managaing experimental data.
title: Data Management
quantum:
description: Apps for performing quantum-mechanical calculations.
title: Quantum
technology-aiida:
description: The app utilizes the AiiDA infrastructure (https://www.aiida.net/).
title: AiiDA
technology-aiidalab:
description: The app utilizes the AiiDAlab platform (https://www.materialscloud.org/work/aiidalab).
title: AiiDAlab
technology-ase:
description: The app utilizes the Atomic Simulation Environment (ASE) toolkit (https://wiki.fysik.dtu.dk/ase/).
title: ASE
technology-materials-cloud:
description: The app utilizies the Materials Cloud (https://www.materialscloud.org).
title: Materials Cloud
technology-simstack:
description: The app utilizes SimStack (https://www.simstack.de).
title: SimStack
technology-lab:
description: Software that helps in the lab
title: Lab Automation
technology-active-learning:
description: Software that deploys active learning to instrumentation
title: Active Learning
utilities:
description: Utility apps for everyday tasks.
title: Utilities
generative-model:
description: Model that can generate new data instances.
title: Generative Model
inverse-design:
description: New materials with the target properties are generated from materials databases using deep-learning.
title: Inverse Design
ml-metadata:
description: ML Metadata is a library for recording and retrieving metadata associated with ML workflows.
title: MLMD
wp1:
description: Project management and education, exploitation and outreach.
title: WP1
wp10:
description: AI Accelerated Materials Discovery
title: WP10
wp11:
description: Battery Interface Genome
title: WP11
wp2:
description: Accelerated atomic-scales simulations
title: WP2
wp3:
description: Multiscale Modelling
title: WP3
wp4:
description: Modular Robotics and Syntheses
title: WP4
wp5:
description: Characterization
title: WP5
wp6:
description: HTS and Testing
title: WP6
wp7:
description: Battery Interface Ontology
title: WP7
wp8:
description: Standards and Protocols
title: WP8
wp9:
description: Infrastructure and Interoperability
title: WP9
stakeholder:
description: BIG-MAP Stakeholder Initiative
title: Stakeholder
stakeholder-aurora:
description: Autonomous Robotic Battery Innovation Platform
title: Aurora
neb:
description: Nudged Elastic Band is a reaction path method for identifying minimum energy paths and transition states.
title: NEB
virtual-reality:
description: Can only be run on Virtual Reality hardware.
title: Virtual Reality