Birs- 24w5171: Towards Routine Orbital-free Large-Scale Quantum-Mechanical Modelling of Materials

  1. Title:
    Meeting Exchange-Correlation Challenges in Orbital-free DFT

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  2. Title:
    Orbital-Free TDDFT Unleashed

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  3. Title:
    Using the Kato Cusp Condition to Improve Semi-local OF-DFT Functionals

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  4. Title:
    Large-Z Methodology Applied to Kinetic Functional Development

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    Semilocal Kinetic Functional for Atoms and Diatoms

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    Renormalization Approaches for Kinetic Energy Functionals

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    How Hard is It to Predict the Kohn-Sham Kinetic Energy Density for a Prototype Potential Using Deep Neural Networks?

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    Orbital-Free Methods & Software Development for Large-Scale First-Principles Simulations

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  9. Title:
    Ground and Excited State Potential Functional Theory: A Convenient Approach for and A Challenge to Orbital-Free DFT

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  10. Title:
    Development and Applications of the Density-Based Theory of Chemical Reactivity

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    Insight into electronic organization, energies and properties (including superconductivity) from the kinetic energy density

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  12. Title:
    Large-Scale Ab Initio Methods Based on Wave Propagation

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    Discontinuous Galerkin Hartree-Fock: Predicting Accurate Electronic Structures of Complex Metallic Systems with Milions of Atoms on Exascale Sunway Supercomputer

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  14. Title:
    O(N) KS-DFT and Its Intersection with the Orbital-Free DFT

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  15. Title:
    Random orbital based Green's function method: probing the density matrix of large-scale material and device

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  16. Title:
    A Comprehensive Materials Database for Orbital-Free Density Functional Theory Developments

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  17. Title:
    Application of Machine Learning to Conformational Analysis and Molecular Assembly

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  18. Title:
    Fragment-Based Deep Learning for Simultaneous Prediction of Polarizabilities and NMR Shieldings of Macromolecules and Their Aggregates

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  19. Title:
    Machine Learning Orbital-Free Density Functional Theory for Atomic Nuclei

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  20. Title:
    Semi-local Kinetic Energy Density Functionals using Kolmogorov-Arnold Networks

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