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Primeur weekly 2016-09-26

Focus

OpenPOWER and IBM at the verge of the era of cognitive computing ...

Exascale supercomputing

Supercomputers receive funding to help predict and modify new materials ...

Focus on Europe

Calling on experts to propose tutorials and workshops for ISC 2017 ...

Adept project concludes with open-source release of energy measurement tools ...

Specific Grant Agreement One signed by the European Commission and the Human Brain Project ...

University of Amsterdam coordinates cognition research in Human Brain Project ...

New EU publication on Science, research and innovation performance of the European Union ...

Middleware

Quantum names Molly Rector Vice President of Marketing ...

IBM Research and MIT collaborate to advance frontiers of artificial intelligence in real-world audio-visual comprehension technologies ...

Hardware

UC San Diego Extension and San Diego Supercomputer Center launch Modern Data Science Academy ...

TSMC and Synopsys collaboration delivers innovative technologies for the High Performance Compute (HPC) Platform ...

Cadence and TSMC advance 7nm FinFET designs for mobile and HPC platforms ...

Volkswagen innovates manufacturing with move to Verne Global ...

Kinetica unveils GPU-accelerated database for analyzing streaming data with enhanced performance, visualization and high availability ...

CORNAMI announces $3 million funding led by Impact Venture Capital ...

Mellanox Technologies appoints Alinka Flaminia as Senior Vice President and General Counsel ...

DataCore and Supermicro offer ultra-high performance enterprise class Hyper-converged solutions ...

TYAN HPC platforms add support for NVIDIA Tesla P100, P40 and P4 GPUs ...

CENATE adds powerful testbed from NVIDIA ...

Reconfigurable chaos-based microchips offer possible solution to Moore's law ...

New Hikari supercomputer starts solar HVDC ...

India's North East region's fastest supercomputer launched by honourable Union Minister for HRD at IIT Guwahati ...

DDN leverages Lustre leadership to deliver new scalability and management capabilities and open source contributions ...

Applications

Termination of lethal arrhythmia with light ...

Artificial intelligence reveals mechanism behind brain tumour ...

Tracking down the origin of mercury contamination in human hair ...

Next generation of statistical tools to be developed for the Big Data age ...

British Artificial Intelligence firm first in Europe to use advanced deep learning supercomputer ...

Denver International Airport selects Panasonic Weather Solutions for ground operations weather forecasting ...

Ansys and TSMC empower chip manufacturers to design cutting-edge multi-die chip-package systems ...

New study shows nickel graphene can be tuned for optimal fracture strength ...

Meet Rutgers' RADICAL supercomputing guru ...

NASA Career Award winner uses Blue Waters supercomputer to mine crop yield data ...

Southeast students and faculty optimize knowledge at Supercomputing Symposium ...

The Cloud

Oracle unveils its next generation Cloud strategy: Intelligent Applications ...

Oracle announces the industry's most comprehensive offering for analytics in the Cloud ...

IBM Power Systems and Red Hat extend collaboration for next-generation Cloud platforms ...

Trifacta v4 extends enterprise data wrangling to any user, any data, any Cloud ...

Salesforce introduces Salesforce Einstein - artificial intelligence for everyone ...

Supercomputers receive funding to help predict and modify new materials


Sandia National Laboratories researcher Luke Shulenburger will lead efforts to investigate algorithms to aid in the design of next-generation materials with novel properties. Photo by Randy Montoya.
16 Sep 2016 Albuquerque - The Department of Energy (DOE) will invest $16 million over the next four years in supercomputer technology that will accelerate the design of new materials by combining theoretical and experimental efforts to create new validated codes.

Sandia National Laboratories researcher Luke Shulenburger will head a team working to improve algorithms that predict and show how to modify materials properties, a key element of the DOE project.

The programme will focus on software development that eventually may run on exascale machines, computers able to make more than a billion billion calculations per second.

Paul Kent, director of the Center for Predictive Simulation of Functional Materials at Oak Ridge National Laboratory, explained: "These developments are needed to improve the applicability of today's methods."

The grants announced August 16 are part of DOE's Computational Materials Sciences (CMS) programme begun in 2015 as part of the U.S. Materials Genome Initiative. The programme reflects the increasing capability of high-performance computers to model and simulate matter's behaviour at atomic and molecular scales.

"We're going to look at quantum materials with novel magnetism, optical properties and exotic quantum phases that make them well-suited to energy applications in an effort to understand and manipulate these properties", Luke Shulenburger stated.

"We're particularly interested in oxides. It's easy to manipulate them to produce different properties", he continued. "But it's expensive to do Edisonian experiments on material after material and potentially easier and more efficient to do those experiments on a computer. That said, the current computational tools we have don't work that well. With this four-year funded project, we intend to extend our capabilities. We've done some calculations with some success, but we need more."

Sandia has a long history in the development and application of electronic structure - that is, solving algorithms quantum mechanically to calculate the properties of a wide variety of materials. Additionally, the labs boast considerable expertise in high-performance computing, with strong ties to the National Nuclear Security Administration’s Advanced Simulation and Computing (ASC) programmes.

The overall research programme will combine theory and software development with experimental validation that will take place at multiple DOE Office of Science User Facilities, including the Advanced Photon Source at Argonne National Laboratory, the Spallation Neutron Source at Oak Ridge, and several of the five Nanoscale Science Research Centers across the DOE national laboratory enterprise, including the Center for Integrated Nanotechnologies at Sandia and Los Alamos national labs.
Source: Sandia National Laboratories

Back to Table of contents

Primeur weekly 2016-09-26

Focus

OpenPOWER and IBM at the verge of the era of cognitive computing ...

Exascale supercomputing

Supercomputers receive funding to help predict and modify new materials ...

Focus on Europe

Calling on experts to propose tutorials and workshops for ISC 2017 ...

Adept project concludes with open-source release of energy measurement tools ...

Specific Grant Agreement One signed by the European Commission and the Human Brain Project ...

University of Amsterdam coordinates cognition research in Human Brain Project ...

New EU publication on Science, research and innovation performance of the European Union ...

Middleware

Quantum names Molly Rector Vice President of Marketing ...

IBM Research and MIT collaborate to advance frontiers of artificial intelligence in real-world audio-visual comprehension technologies ...

Hardware

UC San Diego Extension and San Diego Supercomputer Center launch Modern Data Science Academy ...

TSMC and Synopsys collaboration delivers innovative technologies for the High Performance Compute (HPC) Platform ...

Cadence and TSMC advance 7nm FinFET designs for mobile and HPC platforms ...

Volkswagen innovates manufacturing with move to Verne Global ...

Kinetica unveils GPU-accelerated database for analyzing streaming data with enhanced performance, visualization and high availability ...

CORNAMI announces $3 million funding led by Impact Venture Capital ...

Mellanox Technologies appoints Alinka Flaminia as Senior Vice President and General Counsel ...

DataCore and Supermicro offer ultra-high performance enterprise class Hyper-converged solutions ...

TYAN HPC platforms add support for NVIDIA Tesla P100, P40 and P4 GPUs ...

CENATE adds powerful testbed from NVIDIA ...

Reconfigurable chaos-based microchips offer possible solution to Moore's law ...

New Hikari supercomputer starts solar HVDC ...

India's North East region's fastest supercomputer launched by honourable Union Minister for HRD at IIT Guwahati ...

DDN leverages Lustre leadership to deliver new scalability and management capabilities and open source contributions ...

Applications

Termination of lethal arrhythmia with light ...

Artificial intelligence reveals mechanism behind brain tumour ...

Tracking down the origin of mercury contamination in human hair ...

Next generation of statistical tools to be developed for the Big Data age ...

British Artificial Intelligence firm first in Europe to use advanced deep learning supercomputer ...

Denver International Airport selects Panasonic Weather Solutions for ground operations weather forecasting ...

Ansys and TSMC empower chip manufacturers to design cutting-edge multi-die chip-package systems ...

New study shows nickel graphene can be tuned for optimal fracture strength ...

Meet Rutgers' RADICAL supercomputing guru ...

NASA Career Award winner uses Blue Waters supercomputer to mine crop yield data ...

Southeast students and faculty optimize knowledge at Supercomputing Symposium ...

The Cloud

Oracle unveils its next generation Cloud strategy: Intelligent Applications ...

Oracle announces the industry's most comprehensive offering for analytics in the Cloud ...

IBM Power Systems and Red Hat extend collaboration for next-generation Cloud platforms ...

Trifacta v4 extends enterprise data wrangling to any user, any data, any Cloud ...

Salesforce introduces Salesforce Einstein - artificial intelligence for everyone ...