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xDCI Infrastructure Manages 3D Brain Microscopy Images at RENCI

Researchers at RENCI are using xDCI Data CyberInfrastructure to manage brain microscopy images that were overwhelming the storage capacity at individual workstations. “BRAIN-I is a computational infrastructure for handling these huge images combined with a discovery environment where scientists can run applications and do their analysis,” explained Mike Conway, a senior data science researcher at RENCI. “BRAIN-I deals with big data and computation in a user-friendly way so scientists can concentrate on their science.”

Dell EMC Supercomputer to Power OzGRav Studies of Black Holes

Today Dell EMC announced it will build a supercomputer to power Swinburne University of Technology’s groundbreaking research into astrophysics and gravitational waves. “We will be looking for gravitational waves that help us learn more about supernovas, the formation of stars, intergalactic gases and more,” said Professor Bailes. “It’s exciting to think that we as OzGRav could make the next landmark discovery in gravitational wave astrophysics – and the Dell EMC supercomputer will allow us to capture, visualise and process the data to make those discoveries.”

Video: Gas Clouds Wither in Galactic Winds

In this video from Evan Schneider at Princeton University, hot galactic winds destroy a cool cloud of interstellar gas. “The process of generating galactic winds is something that requires exquisite resolution over a large volume to understand—much better resolution than other cosmological simulations that model populations of galaxies,” Robertson said. “This is something you really need a machine like Titan to do.”

How Extreme Energy Jets Escape a Black Hole

Researchers are using XSEDE supercomputers to better understand the forces at work at the center of the Milky Way galaxy. The work could reveal how instabilities develop in extreme energy releases from black holes. “While nothing – not even light – can escape a black hole’s interior, the jets somehow manage to draw their energy from the black hole.”

Call for Abstracts: Intel HPC Developer Conference at SC17

“The Intel HPC Developer Conference 2017 has become the place for developers to learn about the latest trends, developments, and the future of HPC. By submitting an abstract and speaking at the conference you will be able to reach top-level decision makers within the HPC industry.”

OSC Helps Map the Invisible Universe

The Ohio Supercomputer Center played a critical role in helping researchers reach a milestone mapping the growth of the universe from its infancy to present day. “The new results released Aug. 3 confirm the surprisingly simple but puzzling theory that the present universe is composed of only 4 percent ordinary matter, 26 percent mysterious dark matter, and the remaining 70 percent in the form of mysterious dark energy, which causes the accelerating expansion of the universe.”

DDN Drives Microscopy Workflows with Gatan

Today DDN announced a strategic partnership with Gatan to deliver groundbreaking solutions for microscopy research environments and workflows. With innovative solutions that combine DDN’s high-performance data storage platform and Gatan’s high-performance cameras, the DDN and Gatan partnership offers a wide variety of end-user applications a powerful, end-to-end solution to accelerate research, to speed time to results, and to fully leverage the power of the latest technologies in electron microscopy. “Massive increases in instrument data are revolutionizing life science and materials research and, at the same time, are placing unprecedented demands on storage,” said Robert Triendl, senior vice president of global sales, marketing, and field services at DDN.

Video: Dark Matter – Detecting Gravity’s Hidden Hand

“One of today’s great challenges in physics is to observe individual dark matter particles coming in from the galaxy and striking particles on Earth. This talk presents the evidence for dark matter and introduces one of the most ambitious efforts to discover interactions of dark matter particles, using tons of cryogenic liquid in a deep underground laboratory.”

Podcast: Targeting Cancer with 3D Modeling and Simulation

In this podcast, Oregon State University Associate Professor Eugene Zhang and Assistant Professor Yue Zhang describe their research to help medical doctors better target cancerous tumors by using 3D modeling and simulation. “What we are hoping to achieve is we will get adaptive treatment plan and individualized for each patient. What we are trying to do here that is novel is we want to include bio mechanical modeling the simulations we want to include the tensor visualization on the material stress tensors.”


In this video, Ray Leto from Total Sim LLC describes how his firm uses supercomputing resources at OSC to speed NASCAR simulations. “Designers and engineers utilizing common CAD or CAE software on desktop computers often encounter limitations in the modeling and simulation (M&S) they can efficiently perform. High Performance Computing provides an improvement in computational capacity compared to typical general-purpose computers. The increased power and speed that HPC provides allows more detailed models to be simulated faster.”