29:25

Day 2: Quantum phases of Rydberg atoms on Shastry-Sutherland lattice

29:09

Day 2: Utility-scale quantum computational workflows with Qiskit

17:21

Day 2: Overcoming the Distance Barrier: QLDPC Codes with Linear Distance and Dimension

10:31

Day 2: Qubit-efficient quantum combinatorial optimization solver

22:54

Day 2: Catching up on classical combinatorial solvers

19:02

Day 2: Staggered Dynamical Decoupling for Enhanced Multi-Qubit Crosstalk Mitigation

16:19

Day 2: Macrostates vs. Microstates

19:46

Day 2: Ab initio ground states of strongly-correlated materials on quantum computers

20:35

Day 2: Lie Algebraic Methods for Quantum Simulation of Many Body Systems

38:42

Day 2: Towards Efficient Multidimensional Quantum Convolutional Classification

31:53

Day 2: Quantum accelerated supercomputing for battery materials simulations

26:29

Day 2: Quantum Biomarker Algorithms for Multimodal Cancer Data

50:54

Day 1: Compiling Resource Efficient Programs with BQSKit

26:20

Day 1: Accelerating quantum simulation through memory/storage offloading

34:50

Day 1: Classical simulation support to boost quantum execution fidelity

22:49

Day 1: Electronic Structure Calculations on Photonic Analog Hardware

26:56

Day 1: QED-C Quantum Benchmarks with Hamiltonian Simulations and Performance Optimization Strategies

19:41

Day 1: Spectral estimation via signal subspace expansion with real-time evolution

21:24

Day 1: Multi-Level Quantum Signal Processing

29:34

Day 1: Integrating Quantum Computing with High-performance Computing for Scientific Discovery

37:40

Day 1: Large-scale quantum reservoir learning with an analog quantum computer

28:54

Day 1: Exploring the Lieb lattice phase diagram using a Rydberg atom quantum simulator

27:08

Day 1: On-Campus Quantum Computing and HPC-Quantum Integration

33:25

Day 1: New variational algorithms for quantum computers

57:42

2024-10-29 - Rodrigo Nemmen - Simulating Black Hole Weather with AI

49:24

NUG Community Call: Using CUDA with Python and CuPY on Perlmutter (Part 2)

48:55

Day 2: Programming Environment & Compilation with Best Practices

16:37

Day 2: Using Jupyter at NERSC and Best Practices

39:04

Day 2: Running Jobs and Best Practices

22:32

Day 1: Using Python at NERSC and Best Practices

29:36

Day 1: Navigating NERSC

28:31

Day 1: IO, Data Storage & Sharing Best Practices

28:23

Day 1: Welcome and Introduction to NERSC

01:30:25

Session 7: Miscellaneous Topics

01:26:56

Session 5: Introduction OpenMP Offload

04:17

Running your first (gpu) job on Perlmutter

07:22

1. NERSC and HPE Introduction

01:31:27

Session 6: Advanced OpenMP Offload Topics

43:10

The JGI-NERSC Partnership: Lessons in Data-Intensive Computing at Scale

14:46

10 - Demo: Putting it all together with MBedTLS (C/C++)

18:42

09 - Demo: Putting it all together with HYCOM (Fortran)

23:06

08 - Use case: Optimizing WRF Model with OpenMP Offload and Codee

04:40

07 - Codee: Automated Testing of Large Codes using Codee on Perlmutter

07:24

06 - Codee: Automated Analysis of Large Scale Fortran/C/C++ Codes

07:16

05 - Demo: HIMENO Optimization through GPU Parallelism (Fortran)

07:32

04 - Demo: MATMUL Optimization through GPU Parallelism (C/C++)

29:05

03 - Demo: HIMENO Modernization (Fortran)

20:25

02 - Codee: Automated Code Inspection for Modernization and Optimization

06:53

01 - NERSC Welcome to Codee Training

01:22:02

Using CUDA with Python on Perlmutter @ NERSC

01:41:13

Session 4: What Could Possibly Go Wrong Using OpenMP

01:11:29

NUG Community Call - July 18, 2024

28:58

NERSC@50 Seminar: De Novo Protein Design with Perlmutter and AI

01:06:08

5 - Introduction to OpenMP

01:15:44

7 - Hands on Exercises

22:24

6 - Open MP & Hybrid Introduction

17:23

4 - MPI Collectives

01:16:46

3 - Basic Parallelism & MPI

14:54

2 - Understanding Supercomputer Architecture

28:45

1 - Welcome and Introduction to Parallel Programming Concepts