By Steve Hamm
The idea of making machines modeled on the human brain has thrilled and confounded scientists since the earliest days of computing in the 1940s. The brain is a remarkable organ. Thanks to this spongy mass the size of a grapefruit, which uses just 20 watts of power, we humans understand complex concepts, navigate the physical world, and create marvelous things—from spacecraft to sonnets.
Not surprisingly, imitating the brain has proven to be incredibly difficult. Conventional computers don’t even try. They use linear logic and hard-wired circuitry to calculate, send messages, analyze data and organize knowledge consuming enormous amounts of power while failing to match the brain’s protean capabilities.
But, today, we’re at a turning point in the history of computing. The SyNAPSE team at IBM Research, funded by the U.S. Defense Advanced Research Projects Agency and aided by scientists from several universities, has demonstrated powerful yet energy-efficient neuromorphic chip that has the potential to help fulfill the dreams of the computer industry’s pioneers. “I hope this will inspire completely different thinking about what computing can do,” says Dharmendra S. Modha, IBM Fellow and principal investigator of the SyNAPSE Project.
An article about the breakthrough was published today by Science magazine.
By Dr. Xiaowei Shen
To help China deliver on its ambitious energy and environmental goals, IBM recently launched a major 10-year initiative called Green Horizon. Led by IBM Research – China with support from our network of 12 global research labs and a number of high-profile partners, we will bring cutting-edge technologies to bear on three key areas: air quality management, renewable energy forecasting and energy optimization. Continue Reading »
By Eric Engquist
When I left the US Army in 2005, it was an incredibly stressful experience. In fact, I tell people today that I’m the quintessential example of what not to do when you’re transitioning to civilian life.
From childhood, I had planned on serving in the military. It was a family tradition. But after serving as an infantry officer for 8 years, including deployments to Kosovo and Iraq, I decided to leave the military, get married and start a family.
Problem was, I didn’t know what to expect after I exited the military. I didn’t have a career plan, or a financial plan or even a firm sense of where I would live. As a result, it took me nearly six months to land a job.
That’s why, as the assistant vice president in charge of military transitions at USAA, I am passionate about serving our military members and their families, and am determined to do everything I can to ease their journey. And, I’m happy to say that we’re getting help from IBM Watson—the cognitive computing system.
By Bridget van Kralingen
The mobile revolution has transformed the way we connect, relax, navigate, enjoy our music and document our lives in photography.
Yet, for the most part, the impact of all this native capability on the devices we carry hasn’t penetrated the world of serious business. No doubt, millions of people use their personal mobile devices at work for tasks such as email, calendaring or instant messaging – all providing value. We reclaim some “niche time” and gain the convenience of untethering from our desktops. But that state of play – mobility as we know it today – is hardly transformative.
IBM and Apple have joined forces to unlock a new generation of value and possibility in mobility for business. Our companies have come together from two independent positions of strength, combining the best of what we’ve each built our reputations and market positions on: Apple’s legendary ease and user experience, with IBM’s depth in analytics, industry, enterprise-class software and cloud. Continue Reading »
By Lynda Chin
New technologies have their upsides and downsides.
High speed computing has allowed for rapid gene sequencing and a tremendous acceleration in scientific discovery. The parallel developments of handheld computers and high-speed wireless networks have led to an amazing point in human history; one where several libraries worth of information can immediately be accessed from devices we carry in our pockets. Continue Reading »
By Christopher W. Hansen
Technology is changing every aspect of our lives, and in the field of medicine that is especially true in the diagnosis, treatment and prevention of cancer.
Technology allowed scientists to unravel the human genome and led to the creation of the entirely new science of genomics and personalized medicine. Now we’re able to fight some cancers by using technology to identify genetic mutations and create therapies to cause specific molecular alterations in tumors. We also use apps on smartphones and other personal technological devices connected to broadband networks to monitor our health. Technology enables patient-centered care.
As cancer care continues to evolve, so does medical technology and its use in every aspect of the care continuum. Continue Reading »
By Xiaowei Shen
China’s economic development story is truly incredible. With an average GDP growth of 10% over the past 30 years, China has emerged as the world’s second-largest economy and largest manufacturer.
But as a nation we realize that for China to sustain rapid growth some things have to change. One of the most central and widely discussed issues is ensuring growth while protecting the environment and the health of our citizens. We understand that our success should not come at the cost of future generations. Continue Reading »
By Dr. Guillermo Cecchi
More than 63 million psychiatric interviews are conducted every year. But none of them are analyzed in a quantitative codified manner. Surprising? Not really. Doctors don’t have time to find patterns in the pages of notes they keep per patient. Those pages, though, keep “big data” on psychiatric issues that analytics can help unlock and predict before episodes occur.
Now, after a multi-year study and accompanying development of text analysis algorithms, we may finally be able to quantify patterns in these interviews, and help doctors treat patients suffering from post-traumatic stress disorder and other conditions. Continue Reading »
By Steve Abrams
One of my all-time favorite activities is barbequing on my deck (and I mean real barbecue, not grilling). My favorite dish to make is beef brisket, which, if you’ll allow me to be immodest, reaches a pinnacle of perfection after 12 hours in the smoker.
Yep, I love to eat and I love to cook and I love to experiment. I almost never use a recipe exactly as I find it.
That’s why I’m so happy that my group at IBM has joined with Bon Appétit one of the world’s most respected food-media brands, to enhance culinary creativity and discovery with cognitive computing.
Today, Bon Appétit’s editors published a package of stories about a web-based cognitive cooking application that we’re developing, called “Chef Watson with Bon Appétit.” This has evolved from the same technology that we debuted at SXSW in Austin, Texas, a couple of months ago, serving Watson’s culinary creations from a food truck. But now, in collaboration with Bon Appétit, we’re introducing a limited beta of an application built around this technology, tailored to the needs of avid home cooks.
By Matt Gross
For nearly 20 years, I’ve observed the South by Southwest festival from afar, fascinated by the list of bands, movies, and tech companies coming every year to Austin, Texas—but frustrated beyond measure that I’ve never been able to go, catch a hot band on its way up, eat late-night migas, and feel like I was on the creative cutting edge. This past February, however, was particularly bittersweet. That’s because SXSW was host to something that seized my attention and wouldn’t let go: a food truck dishing up Austrian chocolate burritos and Belgian bacon pudding, recipes inspired not by an overly tattooed mad kitchen scientist but by Chef Watson, IBM’s cognitive computing system. Continue Reading »