IBM will pay $1.5 billion to Globalfoundries in order to shed its costly chip division. According to IBM Director of Research John E. Kelly III in an interview Monday, handing over control of the semiconductor operations will allow it to grow faster, while IBM continues to invest in and expand its chip research. Privately held Globalfoundries will get IBM's global commercial semiconductor technology business.
IBM revealed details about new projects for its Watson cognitive computing software as it opened...
In 2006, DARPA launched a long-term project called...
Apple is teaming up with former nemesis IBM to work together on about 100 different mobile applications in an attempt to sell more iPhones and iPads to corporate customers and government agencies. The applications, expected to be released this fall, will feature some of data-crunching tools that IBM Corp. sells to companies trying to get a better grasp on their main markets while scouring for new money-making opportunities.
Scientists at IBM Research have used a new “computational chemistry” hybrid approach to accelerate the materials discovery process that couples laboratory experimentation with the use of high-performance computing. The new polymers are the first to demonstrate resistance to cracking, strength higher than bone, the ability to reform to their original shape (self-heal), and the ability to be completely recycled back to the starting material.
First proposed for memory in the 1970s, phase-change materials exhibit two metastable states which can store data when placed between two electrically conducting electrodes. IBM researchers in Zurich have recently used them as part of Project Theseus to develop a PCI-e card that melds flash memory with phase-change memory. The major improvement in speed interests IBM for Big Data applications.
IBM scientists have developed a new tool inspired by hieroglyphics. The core of the technology is a tiny, heatable silicon tip with a sharp apex 100,000 times smaller than a sharpened pencil. Working like a 3-D printer it “chisels” away material by local evaporation. They have used this invention to make a magazine cover for National Geographic that is just 11 by 14 micrometers in size.
For optical communication to happen, it is essential to convert electrical information into light, using emitters. On the other end of the optical link, one needs to translate the light stream into electrical signals using detectors. Current technologies use different materials to realize these two distinct functions, but this might soon change thanks to a new discovery by researchers at IBM.
European scientists from both academia and industry have begun an ambitious new research project focused on an alternative approach to extend Moore's Law. The research project, coordinated IBM Research in Zurich and called COMPOSE³, is based on the use of new materials to replace today's silicon, and on taking an innovative design approach where transistors are stacked vertically, known as 3-D stacking.
Named “Project Lucy” after the earliest known human ancestor, IBM’s new 10-year, $100 million initiative will bring the Watson computer and other cognitive systems to Africa in a bid to fuel development and spur business opportunities across the world’s fastest growing continent. Watson, whose design team won an R&D Innovator of the Year Award in 2011, improves itself by learning and quickly accessing big data resources.
Computer scientists at Trinity College Dublin and IBM Dublin have made a significant advance that will allow companies to reduce associated greenhouse gas emissions, drive down costs and minimize network delays depending on their wishes. The scientists have dubbed their new system “Stratus”. Using mathematical algorithms, Stratus effectively balances the load between different computer servers located across the globe.
IBM is investing over $1 billion to give its Watson supercomputer its own business division and a new home in the heart of New York City. The Armonk, N.Y.-based computing company said the new business unit will be dedicated to the development and commercialization of the project that first gained fame by defeating a pair of "Jeopardy!" champions, including 74-time winner Jennings, in 2011.
Details have been released by IBM Research on Watson-related cognitive technologies that are expected to help physicians make more informed and accurate decisions faster and to cull new insights from electronic medical records (EMR). The new computing capabilities allow for a more natural interaction between physicians, data and EMRs.
Computing systems like IBM Research’s Watson have been engineered to learn, reason and help human experts make complex decisions involving extraordinary volumes of fast-moving data. To advance the development and deployment of these cognitive computing systems, IBM has announced a collaborative research initiative with four top universities.
To handle large amounts of data from detailed brain models, IBM, EPFL, and ETH Zürich are collaborating on a new hybrid memory strategy for supercomputers. They are exploring how to combine different types of memory—DRAM, which is standard for computer memory, and flash memory that is akin to USB sticks—for less expensive supercomputing performance to help advance the Human Brain Project.
On Monday, scientists with IBM Research, Airlight Energy, and ETH Zurich officially launched plans to develop an affordable photovoltaic system capable concentrating solar radiation 2,000 times and converting 80% of the incoming radiation into useful energy. The system is based on a low-cost, large dish-like concentrator and micro-channel cooled high performance photovoltaic chips suitable for mass-production.
Watson, the supercomputer famous for beating the world's best human "Jeopardy!" champions, is going to college. IBM today says it will provide a Watson system to Rensselaer Polytechnic Institute, the first time the computer is being sent to a university. Just like the flesh-and-blood students who will work on it, Watson is leaving home to sharpen its skills.
Bacterial biofilms, which diseased groupings of cells found in 80% of infections, are a significant health hazard and one of the biggest headaches for hospitals and their constant battle against disease. Researchers from IBM, with the help of scientists in Singapore, revealed today a synthetic antimicrobial hydrogel that can break through diseased biofilms and completely eradicate drug-resistant bacteria upon contact. It is the first hydrogel to be biodegradable, biocompatible, and non-toxic.
After more than a decade of research, chip engineers at IBM Research have built a scalable, fab-ready microchip that successfully integrates a complete optical package built from silicon. This silicon nanophotonics breakthrough allows the new chip, which is built on an existing high-performance 90-nm CMOS fabrication line, to exceed a transceiver data rate of 25 Gbps per channel.
The theoretical and experimental framework of a new coherent diffraction strain imaging approach was recently developed by scientists at IBM and Argonne National Laboratory. The new technique is capable of imaging lattice distortions in thin films nondestructively at spatial resolutions of less than 20 nm using coherent nanofocused hard X-rays.
Using non-contact atomic force microscopy, researchers at IBM have been able to differentiate the chemical bonds in individual molecules for the first time. The results push the exploration of using molecules and atoms at the smallest scale and could be important for studying graphene devices.
On Tuesday IBM introduced a new line of mainframe computers the company calls its most powerful and technologically advanced ever. The zEnterprise EC12 mainframe server is designed to help users securely and quickly sift through massive amounts of data. Running at 5.5 GHz, IBM said the microprocessor that powers the mainframe is the fastest chip in the world.
IBM announced it has entered into a definitive agreement to acquire Texas Memory Systems (TMS), a developer of high-performance flash memory solutions. Following acquisition close, IBM plans to invest in and support the TMS product portfolio, and will look to integrate over time TMS technologies into a variety of solutions including storage, servers, software, and PureSystems offerings.
University of Melbourne researchers are now simulating in 3D the motion of the complete human rhinovirus, the most frequent cause of the common cold, on Australia's fastest supercomputer, paving the way for new drug development.
TEL NEXX Inc., a wholly owned subsidiary of Tokyo Electron U.S. Holdings, has announced a new multi-year joint development program in 3D semiconductor packaging with IBM. The program focuses on meeting IBM's rigorous technology requirements through its partners in the Semiconductor Research and Development Alliance.
IBM Research scientists this week unveiled a first-of-a-kind augmented reality mobile shopping app that will make it possible for consumers to pan store shelves and receive personalized product information, recommendations and coupons while they browse shopping aisles.
Researchers at IBM and Lawrence Livermore National Laboratory announced that they are broadening their nearly 20-year collaboration in high-performance computing by joining forces to work with industrial partners to help boost their competitiveness in the global economy.
IBM announced it has teamed with ZSE, the largest distributor and supplier of electricity in Slovakia, on a smart energy "feasibility" study that will help prepare the capital city Bratislava for electric vehicles (EVs).
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