Atoms by the Dozen

IBM has just made a huge advance in atomic-scale magnetic memory. The MacBook I am typing this story on stores one bit of data in about 1 million atoms. With IBM’s new atomic-scale magnetic memory, 12 is the new million. The nanotechnology breakthrough will lead to storage that is 100 times more dense than today’s hard disk drives. IBM said that an entire music and movie collection could fit on a charm-sized pendant you wear around your neck. Hard drives have continually improved in storage and cost, but the current technology is running into physical limitations. Scientists at IBM Research have been working  at the atomic scale for decades, but only recently has it advanced to the point that it looks like their work will produce the ultimate memory chips of the future. Operating at incredibly cold temperatures, the IBM researchers have been able to manipulate 12 atoms into what they describe as a stable magnetic storage unit. Once a manufacturing technique is devised, putting many millions of atoms together will result in a highly energy-efficient, no-moving-parts, storage system capable of changing the way we think of information. For many people, today’s storage capacity is more than adequate, but the deluge of data from video, GPS locations, sensors, and social media interactions will demand significantly more storage capacity in the near future.  IBM says that everyday we create 2.5 quintillion bytes of data. The rate of increasing data creation is so fast that 90% of the data in the world today has been created in the last two years alone.

 Smaller Magnetic Materials Push Boundaries of Nanotechnology – from the New York Times
 YouTube video of IBM physicist explaining the new breakthrough

Tags: antiferromagnetic, atom, IBM, nano, nanotechnology, research

IBM at 100 – A Day of Nostalgia and Optimism

I was not exactly sure what to expect when I arrived at the world famous T. J. Watson Research Center at IBM last week. I have been there many times over the years but never to a birthday party. I walked in to the arrival tent where light refreshments were being served and the crowd of 350 invited guests began to build. One of the first people I saw was Allen Krowe. Allen had been CFO of IBM and then Vice Chairman of Texaco. I was his assistant back in 1981. I remember the day that he turned 50 years old and thinking that was very advanced. That was 30 years ago and NOW I am 15 years older than he was then. Then I saw Spike Beitzel. Spike had been a sales manager in Philadelphia for IBM’s insurance industry customers, the same position that I held some years later. Spike is a pilot, as was Allen, and many other senior IBM executives, including Thomas J. Watson, Jr. Spike is 83 and still flies his own airplane. It was nice to talk about aviation. It was a privilege to say hello to three IBM CEOs — John Akers, Lou Gerstner, and Sam Palmisano. There were four current and former heads of IBM Research there. One of them was Ralph Gomory. I am not sure how old Ralph is but he got his PhD in mathematics from Princeton in 1954. Whenb he retired from IBM in 1989 he became president of the Sloan Foundation. The pattern became clear — this was not just a birthday party for IBM; it was an alumni reunion for executives that worked for IBM over the past fifty years. Then I ran into the former heads of IBM Japn, IBM China, IBM Italy, IBM Brazil, and various other parts of IBM from around the world. Former Chairman Thomas J. Watson, Jr., said in 1957 that IBM “is a company of human beings, not machines; personalities, not products; people, not real estate.” That observation was true long before 1957 — and it remains so today. Although every IBMer makes a difference, there is a list of IBM Builders that were the pioneers who helped to fashion the IBM of the 21st century. Most of them were were among those in the tent; it was humbling to be in their midst and a thrill to shake their hands. Everyone had a smile on their face. It was a happy and nostalgic day that none of us will ever forget.

The main event took place in a really big tent. There were 2,000 members of IBM Research in attendance. During the opening ceremonies Sam Palmisano asked the thirty members of the Watson family in attendance to stand; everyone appreciated the heritage of the company. The family must have been proud to hear about Watson, the advanced Q&A system that triumphed at Jeopardy, and will surely change the way medicine is practiced as it transforms anecdotal medicine to personalized, evidence-based medicine. The program included some excellent videos about the past, present, and future of IBM. Senior VP Jon Iwata interviewed three journalists, Kevin Maney, Steve Hamm and Jeffrey O’Brien about the research they had done to write their new book about IBM called Making the World Work Better: The Ideas That Shaped a Century and a Company. I have known Kevin for quite a few years. When he quoted someone in his columns at USA Today, you always knew that he would not use information out of context. Steve Hamm wrote the story about my home when he was at BusinessWeek. He now works for IBM. It was an alumni event with journalists too! Another panel with Senior VP John Kelly focused on IBM research efforts around the world, in particular about IBM’s advanced work on environmental and healthcare initiatives. Sam and senior vice president and group executive for sales, marketing and strategy Ginni Rometty painted a rosy picture of IBM’s future.  IBM also cares about the future of others. As part of its Celebration of Service, 300,000 IBMers around the world — nearly three quarters of its global workforce — volunteeried in more than 5,000 projects in 120 countries, helping millions in need. Since the beginning of the year, IBMers, retirees and their families have donated more than 2.5 million hours of service to communities worldwide. A lot of conofidence was exuded that another 100 years of innovation and growth are underway.

Tags: akers, Aviation, beitzel, evidence based medicine, gerstner, gomory, Healthcare, IBM, IBM Research, kevin maney, krowe, palmisano, personalized medicine, research, rometty, steve hamm, supercomputing, watson, yorktown

Batteries that Breath and Holographic Phone Calls

For many years IBM developed a ten year outlook every year and proudly presented it to executives inside and outside of the company. The TYO was a high-level glimpse into the future of technology. About ten years ago the TYO was stopped because the pace of technology evolution had reached the stage where the future that far out became very difficult to predict. As Yogi Berra said, “The future isn’t what it used to be.” Not that IBM is any less focused on creating the future. The company earned 4,186 U.S. patents in 2008, becoming the first company ever to earn more than 4,000 U.S. patents in a single year. IBM’s 2008 patent issuances exceed those of Microsoft, Hewlett-Packard, Oracle, Apple, EMC, Accenture and Google — combined. IBM now issues a five-year forecast annually of five specific technology shifts that 3,000 of its researchers see coming. The International Business Times reported briefly on IBM’s “Next Five in Five” list of five innovations expected over the next five years.

3-D images will not be limited to action movies on TV. A cell-phone call from a friend may be accompanied by a 3-D image of your friend. Videoconferencing is already gaining a lot of traction but when they can be conducted through holographic cameras that fit into cell phones, the virtual reality will become much closer to real reality.
Advances in transistors and battery technology will accelerate — potentially allowing electronic devices to function without charging 10 times longer than currently. Today’s lithium-ion batteries could be replaced by batteries “that use the air we breath to react with energy-dense metal, eliminating a key inhibitor to longer lasting batteries,” IBM said. The amount of energy needed by electronic circuits may be reduced to such a degree that a modest amount of physical motion may create sufficient energy to power them. Wrist watches exist that have no batteries and get their energy from movement of our wrists. Within five years, the same concept may be used to charge mobile phones.
Personalized commutes are another advancement seen by IBM scientists. New mathematical models and predictive analytics technologies will produce the best routes for daily travel. The models will take into consideration the patterns of travelers and various conditions to predict where traffic congestion is going to occur and then give you the fastest and safest route to your destination.
Human beings will also increasingly become “walking sensors,” IBM said. Within five years, sensors in your phone, your car, your wallet plus your texts and tweets will create data that will give scientists a real-time picture of the environment around you. A whole class of ‘citizen scientists’ will emerge using their sensors to create massive data sets for research. The result will be more effective efforts to fight global warming, save endangered species and track invasive plants or animals that threaten ecosystems around the world.
Finally, IBM said, scientists will find better ways to recycle heat and energy from the huge data centers that power the millions of web sites around the world. Up to 50 percent of the energy consumed by data centers goes toward cooling air. Most of the heat extracted is then wasted because it is just dumped into the atmosphere. New technologies, such as novel on-chip water-cooling systems developed by IBM will provide heat for buildings in the winter and air condition them in the summer.

They were not mentioned in IBM’s “Next Five in Five” list, but the company is making large investments in multiple dimensions of healthcare. Breakthroughs are a certainty and technology will play a major role in containing healthcare cost while improving outcomes for patients. Stay tuned at healthdiscussions.net for updates on this topic.

Tags: batteries, data center, energy, green, hologram, holographic, hvac, IBM, research, traffic