DOE CSGF 2022: DOE Office of Science Welcome

(13:41)

UT-Austin’s Devin Matthews on how the DOE CSGF influenced his computational chemistry research

(2:28)

DOE CSGF 2023: The Foundation for a Ground-Up \u0026 Robust Approach to Computational Magnetic Materia...

(12:47)

Princeton University’s Kyle Felker on the DOE CSGF and Computational Astrophysics

(1:56)

DOE CSGF 2024: DOE NNSA Welcome

(14:39)

DOE CSGF Recipient Alnur Ali of Carnegie Mellon on the Fellowship and Machine Learning

(2:34)

DOE CSGF 2024: Building Tools for Digital Laboratories

(30:8)

DOE CSGF 2024: DOE Office of Science Welcome

(4:35)

DOE CSGF 2024: Enabling Excellence: Optimizing GPU Applications, AI Workloads, and Supporting the...

(23:10)

Introduction to Plasma Physics I: Magnetohydrodynamics - Matthew Kunz

(1:27:36)

DOE CSGF 2024: Towards Useful Quantum Simulation With Reconfigurable Rydberg Atom Arrays

(17:5)

Lecture 1: Introduction to Information Theory

(1:1:51)

How to Build A Supercomputer

(10:54)

These Mini Nuclear Reactors Can be Built Anywhere

(9:53)

DOE CSGF 2024: Model-Driven Verification of Enhanced Weathering for Carbon Dioxide Removal

(14:19)

DOE CSGF 2012: Shock Boundary Layer Interaction in Over-expanded Nozzles

(15:32)

DOE CSGF 2024: Quantum Gate Synthesis for Clifford+T Circuits

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DOE CSGF 2024: Optimal Power Grid Expansion Planning using Differentiable Electricity Models

(13:58)

1. Introduction to Atomic Physics

(1:15:45)

DOE CSGF 2017: Welcome - Barbara Helland

(9:12)

DOE CSGF 2018: The Earth isn't Flat: The Large Influence of Topography on Geodetic Fault Slip Ima...

(16:28)

DOE CSGF Recipient Alexander Turner of Harvard on the Fellowship and the Carbon Cycle

(2:25)

DOE CSGF 2022: An Applied Mathematician Tours 50 Years of Computational Science

(48:48)

Alexander Kell of MIT on the DOE CSGF and Brain Science

(2:6)

DOE CSGF 2022: Superresolution with the Zero-Phase Imaging Condition

(15:15)

Oak Ridge National Laboratory’s Judy Hill on the DOE CSGF community

(2:36)

DOE CSGF 2020: Insight Into Chemical Reactions at Interfaces Using Enhanced Sampling and Global ...

(16:1econd)

DOE CSGF 2023: Dynamic Resource Scheduling of Jupyter Notebooks at Cell-Granularity

(12:26)

DOE CSGF 2023: Unraveling Electrostatic Interactions in Dipolar Solvents

(17:42)

DOE CSGF 2022: Welcome \u0026 Introduction of New Fellows

(5:18)