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@MineralsCloud

Minerals Cloud

Investigates minerals in the cloud

We are a research team atColumbia University in the City of New York.Our Principal Investigator isRenata M. Wentzcovitch.Our research is devoted to computational quantum mechanical studies of materials at extreme conditions, especiallyplanetary materials. We address electronic, structural, and vibrational properties from a fundamental and inter-relatedperspective.

Our current research interests include:

  • Mineral physics with applications to geophysics (seismology and geodynamics) and geochemistry (water speciation andisotope fractionation in minerals)
  • Materials discovery at (exo)planetary interior conditions
  • H2O-ice physics
  • Properties of strongly correlated oxides and their crystalline defects
  • Spin crossover systems
  • Simulations methods development

Latest Events

Latest Code Releases

- Express.jlv0.9.2 (Source Code, released 2 years ago) - QuantumESPRESSOExpress.jlv0.5.9 (Source Code, released 2 years ago)
- QuantumESPRESSOBase.jlv0.12.1 (Source Code, released 2 years ago) - EquationsOfStateOfSolids.jlv0.4.2 (Source Code, released 3 years ago)
- qhav1.1.0 (Source Code, released 2 days ago) - cij1.0.1 (Source Code, released 2 years ago)
- phqv1.0.0 (Source Code, released 2 years ago) - SimpleWorkflows.jlv0.29.0 (Source Code, released 2 years ago)
- CrystallographyBase.jlv0.14.3 (Source Code, released 2 years ago) - EasyJobs.jlv0.10.0 (Source Code, released 2 years ago)

Metrics

Metrics

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  1. Express.jlExpress.jlPublic

    Express: a high-level, extensible workflow framework for accelerating ab initio calculations for the materials science community

    Julia 29 1

  2. qhaqhaPublic

    A Python package for calculating thermodynamic properties under quasi-harmonic approximation, using data from ab-initio calculations

    Python 30 15

  3. SimpleWorkflows.jlSimpleWorkflows.jlPublic

    A simple workflow engine powered by Julia

    Julia 7

  4. pgmpgmPublic

    Calculate thermodynamic properties of matter using phonon gas model (PGM)

    Python 16 3

  5. phqphqPublic

    phq: a Fortran code to compute phonon quasiparticle properties and dispersions

    Fortran 14 5

  6. cijcijPublic

    Semiemperical quasiharmonic thermal elasticity

    Python 20 5

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