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Simulating nature with the new Microsoft Quantum Development Kit chemistry library

In this video, the Microsoft Quantum Team describes how Quantum computers have the potential to solve the world’s hardest computational problems and alter the economic, industrial, academic, and societal landscape. In just hours or days, a quantum computer can solve complex problems that would otherwise take billions of years to solve. “To unlock these potential applications, the Microsoft Quantum Development Kit includes a new chemistry library that allows chemists to simulate molecular interactions and explore quantum algorithms for real-world applications in the chemistry domain.”

Oracle Offers Bare Metal Instances for HPC in the Cloud

In this video from SC18, Karan Batta from Oracle describes how the company provides high performance computing in the Cloud with Bare Metal speed. “Oracle Bare Metal Cloud Services (BMCS) public cloud infrastructure. Oracle BMCS is a new generation of scalable, inexpensive and performant compute, network and storage infrastructure that combines internet cloud scale architecture with enterprise scale-up bare metal capabilities, providing the ideal platform for demanding High Performance Computing workloads.”

Video: How Altair Powers HPC with PBS Works

In this video from SC18 in Dallas, Altair CTO Sam Mahalingam describes how the company’s PBS works software helps manufacturers build better products with design innovation driven by HPC. Now, with advent of Machine Learning and analytics, the company is helping customers move forward to a new age of data-driven design. After that, Chief Scientist . Andrea Casotto from Altair describes how Altairs “obsessively efficient” approach drives EDA automation.

Time-Lapse Video: Building the Pitzer Cluster at the Ohio Supercomputing Center

In this video, Dell EMC specialists and CoolIT technicians build the Ohio Supercomputing Center’s newest, most efficient supercomputer system, the Pitzer Cluster. Named for Russell M. Pitzer, a co-founder of the center and emeritus professor of chemistry at The Ohio State University, the Pitzer Cluster is expected to be at full production status and available to clients in November. The new system will power a wide range of research from understanding the human genome to mapping the global spread of viruses.

Video: Lenovo Leads the TOP500 with Innovative HPC Cooling Technologies

In this video from SC18 in Dallas, Scott Tease from Lenovo describes how the company is leading the TOP500 with innovative HPC cooling technologies. “At #8 on the TOP500, the Lenovo-built, hot-water cooled SuperMUC system at the LRZ in Germany is one of the most power efficient supercomputers on the planet. With more than 241,000 cores and a combined peak performance of the two installation phases of more than 6.8 Petaflops.”

Interview: The Importance of the Message Passing Interface to Supercomputing

In this video, Mike Bernhardt from the Exascale Computing Project catches up with ORNL’s David Bernholdt at SC18. They discuss supercomputing the conference, his career, the evolution and significance of message passing interface (MPI) in parallel computing, and how ECP has influenced his team’s efforts.

NOAA Report: Effects of Persistent Arctic Warming Continue to Mount

NOAA is out with their 2018 Arctic Report Card and the news is not good, folks. Issued annually since 2006, the Arctic Report Card is a timely and peer-reviewed source for clear, reliable and concise environmental information on the current state of different components of the Arctic environmental system relative to historical records. “The Report Card is intended for a wide audience, including scientists, teachers, students, decision-makers and the general public interested in the Arctic environment and science.”

Red Hat Steps Up with HPC Software Solutions at SC18

In this video from SC18 in Dallas, Yan Fisher and Dan McGuan from Red Hat describe the company’s powerful software solutions for HPC and Ai workloads. “All supercomputers on the coveted Top500 list run on Linux, a scalable operating system that has matured over the years to run some of the most critical workloads and in many cases has displaced proprietary operating systems in the process. For the past two decades, Red Hat Enterprise Linux has served as the foundation for building software stacks for many supercomputers. We are looking to continue this trend with the next generation of systems that seek to break the exascale threshold.”

Video: Scientific Benchmarking of Parallel Computing Systems

In this video, Torsten Hoefler from ETH Zurich presents: Scientific Benchmarking of Parallel Computing Systems. “Measuring and reporting performance of parallel computers constitutes the basis for scientific advancement of high-performance computing. Most scientific reports show performance improvements of new techniques and are thus obliged to ensure reproducibility or at least interpretability. Our investigation of a stratified sample of 120 papers across three top conferences in the field shows that the state of the practice is not sufficient.”

VMware Powers Machine Learning & HPC Workloads

In this video from SC18 in Dallas, Ziv Kalminovich from VMware describes how the company’s powerful virtualization capabilities bring flexibility and performance to HPC workloads. “With VMware, you can capture the benefits of virtualization for HPC workloads while delivering performance that is comparable to bare-metal. Our approach to virtualizing HPC adds a level of flexibility, operational efficiency, agility and security that cannot be achieved in bare-metal environments—enabling faster time to insights and discovery.”