42:1101 - Cody Melton - Correlation Consistent Effective Core Potentials and QMCPACK
A 42-minute video from QMCPACK: “01 - Cody Melton - Correlation Consistent Effective Core Potentials and QMCPACK”.
763 subscribers on YouTube
Shorts, livestreams, trailers and promos are never listed. Unless a curator approved this channel in full, only individually picked videos appear.
42:11A 42-minute video from QMCPACK: “01 - Cody Melton - Correlation Consistent Effective Core Potentials and QMCPACK”.
1:00:47A 61-minute video from QMCPACK: “02 - Anouar Benali - Using PySCF for Molecules and Solids”.
1:25:44A 86-minute video from QMCPACK: “02 - David Ceperley - Introduction to Stochastic Methods”.
1:09:00A 69-minute video from QMCPACK: “03 - David Ceperley - Variational Monte Carlo”.
1:05:05A 65-minute video from QMCPACK: “03 - Miguel Morales - Auxiliary-Field Quantum Monte Carlo (AFMC) - Part 1 of 2”.
40:19A 40-minute video from QMCPACK: “04 - Miguel Morales - Auxiliary-Field Quantum Monte Carlo (AFMC) - Part 2 of 2”.
27:23A 27-minute video from QMCPACK: “04 - Paul Kent - QMCPACK overview”.
1:42:27A 102-minute video from QMCPACK: “05 - David Ceperley - Diffusion Monte Carlo”.
15:29A 15-minute video from QMCPACK: “05 - Fionn Malone - Tools for Auxiliary-Field Quantum Monte Carlo (AFQMC)”.
1:03:26A 63-minute video from QMCPACK: “06 - Miguel A. Morales - Wavefunction Optimization”.
31:36A 32-minute video from QMCPACK: “06 - Raymond Clay - Development of Forces in QMCPACK”.
27:26A 27-minute video from QMCPACK: “07 - Kayahan Saritas - QMC from Benchmarking to Understanding Nanoscale Materials”.
2:04:34A 125-minute video from QMCPACK: “07 - Miguel A. Morales - Molecular calculations and advanced wavefunctions”.
1:12:04A 72-minute video from QMCPACK: “08 - Anouar Benali - Selected Configuration Interaction (CIPSI) Trial Wavefunctions”.
1:10:26A 70-minute video from QMCPACK: “08 - Luke Shulenburger - QMC Calculations for solids”.
17:55A 18-minute video from QMCPACK: “09 - Luke Shulenburger - QMC Calculations for liquids and gases”.
45:28A 45-minute video from QMCPACK: “09 - Luning Zhao - Wavefunction Optimization Algorithms in QMCPACK”.
49:37A 50-minute video from QMCPACK: “10 - Carlo Pierleoni - Coupled Electron-Ion Monte Carlo Study of Hydrogen”.
50:11A 50-minute video from QMCPACK: “10 - Jaron Krogel - NEXUS Workflow Automation System”.
33:56A 34-minute video from QMCPACK: “11 - Paul Kent - QMC for Transition Metal Oxides”.
31:05A 31-minute video from QMCPACK: “11 - Ye Luo - Running QMCPACK Efficiently”.
24:13A 24-minute video from QMCPACK: “12 - Paul Yang - Compton Profile of Solid and Liquid Lithium from Quantum Monte Carlo”.
24:21A 24-minute video from QMCPACK: “12 - Raymond Clay - Orbital optimization and forces in QMCPACK”.
30:12A 30-minute video from QMCPACK: “13 - Anouar Benali - CIPSI: A Simple Method to Converge Many-Body Wavefunctions in QMC”.
18:10A 18-minute video from QMCPACK: “14 - Ye Luo - Phase stability of rutile, anatase, brookite TiO2 polymorphs from QMC”.
20:13A 20-minute video from QMCPACK: “15 - Norm Tubman - Beyond the Born-Oppenheimer Appoximation with QMC”.
1:46:23A 106-minute video from QMCPACK: “2 - Introduction to Quantum Monte Carlo - QMC Workshop 2021”.
1:28:50A 89-minute video from QMCPACK: “3 - Statistical Analysis and QMC Workflows with Nexus - QMC Workshop 2021”.
1:50:56A 111-minute video from QMCPACK: “4 - Molecular Calculations - QMC Workshop 2021”.
1:54:07A 114-minute video from QMCPACK: “5 - Solid State Calculations - QMC Workshop 2021”.
1:05:39A 66-minute video from QMCPACK: “6.1 - Pseudopotentials - QMC Workshop 2021”.
40:08A 40-minute video from QMCPACK: “6.2 - Observables - QMC Workshop 2021”.
1:27:40A 88-minute video from QMCPACK: “8 - Spin Orbit Quantum Monte Carlo - QMC Workshop 2021”.
44:27A 44-minute video from QMCPACK: “Accurate Electronic & Magnetic Properties of 2D Materials, Daniel Wines, QMCPACK Workshop 2023, 8/18”.
46:55A 47-minute video from QMCPACK: “CPU and GPU performance of the batched code, Ye Luo, QMCPACK Workshop 2023, 7/18”.
17:50A 18-minute video from QMCPACK: “Correlation consistent effective core potentials - QMC and QMCPACK Summer School 2025 (3.2/7)”.