From Computerworld: Scientists at IBM Research today said they have achieved a major advance in quantum computing that will allow engineers to begin work on creating a full-scale quantum computer.   The breakthrough allowed scientists to reduce data error rates in elementary computations while maintaining the integrity of quantum mechanical properties in quantum bits of data, known as qubits.   The creation of a quantum computer would mean data processing power would be exponentially increased over what is possible with today’s conventional CPUs, according to Mark Ketchen, the manager of physics of information at the IBM’s TJ Watson Research Center in Yorktown Heights, NY.  

The National Science and Technology Council (NSTC) issued a new National Strategic Plan for Advanced Manufacturing on Wednesday, documenting “the fundamental importance of advanced manufacturing” to the nation’s competitiveness and security and setting forth key objectives and priorities for Federal policy in this space. Among the objectives: Accelerating investment, especially by small- and medium-sized manufacturers; Making the education and training system more responsive to the demand for skills; Optimizing Federal advanced manufacturing R&D investments by taking a portfolio perspective; Increasing total public and private investments in advanced manufacturing R&D; and Fostering national and regional partnerships among all stakeholders in advanced manufacturing. Of particular interest are four categories of investments that “help to position […]

Early last Saturday morning, I had the privilege and pleasure of organizing and moderating a symposium at the American Association for the Advancement of Science’s (AAAS) 2012 Annual Meeting in Vancouver. The 90-minute session — titled Data to Knowledge to Action: Computational Science in a Global Knowledge Society — sought to describe how advances in computing research are enabling a “data to knowledge to action” pipeline that is increasingly critical for facilitating a 21st-century global knowledge society. Over 70 people packed into a small room in the Vancouver Convention Center to hear the session’s featured speakers, Eric Horvitz, Peter Stone, and Deborah Estrin (slide shows after the jump).

A great piece about Big Data in today’s New York Times by technology reporter Steve Lohr: GOOD with numbers? Fascinated by data? The sound you hear is opportunity knocking.   Mo Zhou was snapped up by I.B.M. last summer, as a freshly minted Yale M.B.A., to join the technology company’s fast-growing ranks of data consultants. They help businesses make sense of an explosion of data — Web traffic and social network comments, as well as software and sensors that monitor shipments, suppliers and customers — to guide decisions, trim costs and lift sales. “I’ve always had a love of numbers,” says Ms. Zhou, whose job as a data analyst suits her skills.   […]

USA TODAY is out this week with an interesting article featuring the work of MacArthur Foundation Fellow Constance Steinkuehler, an Assistant Professor in the Educational Communications & Technology program at the University of Wisconsin-Madison — who’s on assignment for 18 months as a Senior Policy Analyst at the White House Office of Science and Technology Policy (OSTP) to study video games that improve health, education, civic engagement and the environment, among other areas. According to the USA TODAY piece: If you’re training for a new job someday soon with a video game controller in your hands, thank Constance Steinkuehler.   This summer, when your kids’ favorite science museum boasts a new augmented-reality […]

An interesting interview with Alex Szalay, Professor of Physics and Astronomy at Johns Hopkins University — about data-intensive computing — in Datanami this week: When it comes to thought leadership that bridges the divides between scientific investigation, technology and the tools and applications that make research possible … Szalay is one of the first scientists that springs to mind.   Szalay, whom we will dub “Dr. Data” for reasons that will explained in a moment, is a distinguished professor in the university’s Department of Physics and Astronomy. Aside from his role as a scientist — an end user of high performance computing hardware and applications — he also serves director of the JHU […]