The ECP has been a key component of bringing exascale to fruition, opening the door to scientific discoveries beyond our current comprehension.
Source: ECP
Exascale is a massive accelerator for technology, productivity, engineering, and science.
Source: ECP
Researching and developing software that programmers use to implement high-performance applications using the Partitioned Global Address Space (PGAS) model.
Source: ECP
Scientists use block-structured AMR as a “numerical microscope” for solving systems of partial differential equations (PDEs).
Source: ECP
Exascale is the next milestone achievement in computing, offering 1,000 times more speed and power than today’s most advanced supercomputers. The US Department of Energy’s ECP aims to ensure that all the necessary pieces are in place for the nation’s first exascale systems.
| Episode | Title | Guest | Time |
|---|---|---|---|
| 105 | Getting Computing Luminary Jack Dongarra’s Perspective on the Exascale Computing Project | Jack Dongarra | 22:15 |
| 104 | Siting the El Capitan Exascale Supercomputer at Lawrence Livermore National Laboratory | Bronis R. de Supinski | 31:33 |
| 103 | Revisiting the CANcer Distributed Learning Environment (CANDLE) Project | John Gounley and Heidi Hanson | 21:41 |
| 102 | Delivering Impactful Science, Deploying Aurora, and Partnering with ECP at the ALCF | Katherine Riley | 31:29 |
| 101 | Discussing NERSC's Unique Global Role and Close Collaboration with ECP | Richard Gerber | 29:39 |
| 100 | Reflecting on the ‘Why’ behind Supercomputing Simulations: Advancing Science | Bronson Messer | 28:03 |
| 99 | ECP's WarpX Team Successfully Models Promising Laser Plasma Accelerator Technology | Jean-Luc Vay, Axel Huebl, Henri Vincenti, and Luca Fedeli | 32:14 |
