Exascale Computing Project Contributes to Accelerating Cancer Research
The Exascale Computing Project's CANDLE application will improve cancer research techniques and clinical outcomes
The Exascale Computing Project's CANDLE application will improve cancer research techniques and clinical outcomes
Industry leaders reflected on successful deployments of the Exascale Computing Project’s (ECP’s) Extreme-Scale Scientific Software Stack (E4S).
Exascale to Model Fusion Energy
The ECP has provided tremendous opportunities for young researchers to develop knowledge and relationships in the high-performance computing community
The Exascale Era is here.
Exascale capability opens pathways to explore promising new technologies and products and accelerate time to commercialization.
Exascale Meets Particle Accelerators
New methods maximizing the accuracy, length, and time space on exascale machines could revolutionize molecular dynamics simulations.
Exascale supercomputers will play a pivotal role in creating highly accurate computer simulations of the universe.
Lawrence Livermore National Laboratory’s Lori Diachin will take over as director of the Department of Energy’s Exascale Computing Project on June 1
A robust application suite for modeling complex combustion processes informs next-generation engine design.
Optimized for exascale supercomputers, the ExaSMR simulation toolkit advances state-of-the-art nuclear reactor design.
The WarpX project is using supercomputers to develop the next generation of particle accelerators to propel science and applications.
Additive manufacturing heralds a new era of precision manufacturing that the ExaAM project aims to advance as a viable method for industry.
ECP's EQSIM project exceeds conventional methods of quantifying earthquake effects by using physics-based supercomputer simulations.
Research efforts aimed at developing new particle accelerators and understanding COVID-19 won prestigious awards Nov. 17 at SC22 in Dallas.
The Energy Department celebrates the arrival of exascale computing and its impact on breakthrough science discoveries at SC22, Nov. 13–18, in Dallas.
A redesigned QMCPACK promises unmatched accuracy in simulating materials to uncover their hidden properties.
An exascale application will inform experiments on the world's largest fusion energy platform and the design of next-step fusion facilities.