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    QM-rooted multiscale simulation: eyes to see the unseen, buried electric double layer

    QM-rooted multiscale simulation: eyes to see the unseen, buried electric double layer

    23:35 |
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    Part 1: Quick introduction to OQP abilities

    Part 1: Quick introduction to OQP abilities

    4:10 |
    QM-rooted multiscale simulation: eyes to see the unseen, buried electric double layer

    QM-rooted multiscale simulation: eyes to see the unseen, buried electric double layer

    23:35 |
    Part 6: Optimizer options and Conical Intersection

    Part 6: Optimizer options and Conical Intersection

    8:01 |
    Part 2: How to install OQP

    Part 2: How to install OQP

    3:31 |
    Part 3: Detailed introduction to Input options

    Part 3: Detailed introduction to Input options

    11:30 |
    Electronic-Structure Informatics: Concept, Method, Applications, and Plausible Extension

    Electronic-Structure Informatics: Concept, Method, Applications, and Plausible Extension

    28:54 |
    MRSF-TDDFT: A simple yet powerful quantum theory

    MRSF-TDDFT: A simple yet powerful quantum theory

    15:01 |
    MRSF-TDDFT: (Balancing Dynamic and NonDynamic Electron Correlations)

    MRSF-TDDFT: (Balancing Dynamic and NonDynamic Electron Correlations)

    57:17 |
    Part 4: A quick interpretation of the .log file

    Part 4: A quick interpretation of the .log file

    11:12 |
    Part 5: How to use .json file for geometry optimization

    Part 5: How to use .json file for geometry optimization

    2:12 |
    Part 7: How to deal with not-converged SCF

    Part 7: How to deal with not-converged SCF

    4:18 |
    The Simulation of Time-Resolved of Core Spectroscopy: Lectured by Prof. Michael Schuurman

    The Simulation of Time-Resolved of Core Spectroscopy: Lectured by Prof. Michael Schuurman

    33:39 |
    Exploring potential energy surfaces with the unified reaction valley approach (URVA)

    Exploring potential energy surfaces with the unified reaction valley approach (URVA)

    27:29 |
    Q-Chem Open Teamware Project: From Laptops to the Clouds: Lectured by Dr. Anna Krylov

    Q-Chem Open Teamware Project: From Laptops to the Clouds: Lectured by Dr. Anna Krylov

    25:17 |
    Towards smart algorithms of structural minimization of low-dimensional lattices: Quantum stability..

    Towards smart algorithms of structural minimization of low-dimensional lattices: Quantum stability..

    31:11 |
    QM/MM Interface: Part 1 Lectured by Dr. Nicolas Ferre

    QM/MM Interface: Part 1 Lectured by Dr. Nicolas Ferre

    18:33 |
    Digital Discovery of Molecules and Materials: Lectured by Prof. Yousung Jung

    Digital Discovery of Molecules and Materials: Lectured by Prof. Yousung Jung

    25:04 |
    Energy-Screened Fragmentation Approach for Large-Scale Electronic Structure Calculations

    Energy-Screened Fragmentation Approach for Large-Scale Electronic Structure Calculations

    31:10 |
    Learning about Machine Learning: lectured by Roger D. Amos

    Learning about Machine Learning: lectured by Roger D. Amos

    24:53 |
    Probing photochemistry in protein environment : QM/MM study on Rhodopsins

    Probing photochemistry in protein environment : QM/MM study on Rhodopsins

    29:10 |