Precision desktop and mobile workstations are designed for professionals who require the performance to run applications such as 3-D computer-aided design, digital content creation, geographic information systems, computer animation and software development.
The eServer Cluster 1350 offers a range of server, storage and interconnection options, as well as support for the eServer 326, based on AMD processor technology, and for BladeCenter JS20 PowerPC processor-based servers.
GridWorld is a B2B conference focused on the commercial benefits of grid computing for Enterprise IT professionals, worldwide. This years theme is "Grid in Action: Explore. Adopt. Deploy.
Combining a strong lineup of technical experts with exhibits from leading supercomputing centers, as well as hardware and software vendors, ISC presents state-of-the-art applications, architectures and trends in supercomputing and strives to provide a unique platform for science, industry and interested parties to address all aspects of High Performance Computing.
Qualification of networks and infrastructure is a vital component to all processes within the pharmaceutical, biotech and medical device industries and the pressures surrounding regulatory compliance have grown significantly.
The 9000 Superdome Server provides several different configurations from four-way multiprocessing to 128 processors. With up to 128 CPUs, 1 TB of memory, 16 hard partitions and 32 GB/s of I/O bandwidth, this server supports business and technical needs, and scales as needs grow.
AlphaServer systems provide a choice of OpenVMS, Linux and Tru64 UNIX operating systems. Suitable for bioinformatics projects, they integrate into a homogeneous or mixed computing environment.
The eServer xSeries 445 uses Enterprise X-Architecture technologies that balance availability with performance. Scalable up to 32 processors through a modular architectural design, a base two-way configuration adds incremental capacity as needs grow.
Progress in nanoscience and nanotechnology depends not only on examining the surfaces of things but on seeing deep inside biological organisms and material structures to identify what they're made of — and what electronic, magnetic, optical, and chemical processes may be in play
The University of Chicago's Nicolas Dauphas has developed a new way to calculate the age of the Milky Way that is free of the unvalidated assumptions that have plagued previous methods. Dauphas' method, which he reports in the June 29 issue of the journal Nature, can now be used to tackle other mysteries of the cosmos that have remained unsolved for decades
Glass flows just like liquids do, but at such a super-sluggish pace that for all practical purposes it takes on the appearance of a solid at room temperature. Yet after years of experiments, scientists still have failed to determine if atoms arrange themselves differently in glass than in liquids…
The Solar and Heliospheric Observatory (SOHO) spacecraft is expected to discover its 1,000th comet this summer. The SOHO spacecraft is a joint effort between NASA and the European Space Agency. It has accounted for approximately one-half of all comet discoveries…
Energy Department Seeks Proposals to Use Scientific Computing Resources at Lawrence Berkeley, Oak Ridge National LaboratoriesJune 30, 2005 8:00 pm | News | Comments
Secretary of Energy Samuel W. Bodman announced that DOE’s Office of Science is seeking proposals to support computational science projects to enable high-impact advances through the use of some of the world’s most powerful supercomputers…
Quantum computers that store information in so-called quantum bits (or qubits) will be confronted with a fundamental limitation. This is the claim made by Dutch theoretical physicists from the Foundation for Fundamental Research on Matter (FOM) and Leiden University in an article…
Whether mapping genes, probing elemental particles or monitoring global warming, more and more scientists rely on massive data vaults located at universities and institutions around the world