Now That’s Some Serious Spin!
Steve Lohr with The New York Times has gone long on “big data.”
In his piece, Lohr explains how big data has gone mainstream, and using IBM’s Watson computer that beat “Jeopardy!” world champions last year as a key inflection point in its evolution, and also quoting IBM exec and technical fellow Rod Smith.
Rod Smith: “Big Data is really about new uses and new insights, not so much about the data itself.”
And on Watson: “The Watson computer from I.B.M. that beat human “Jeopardy” champions last year was a triumph of Big Data computing. In theory, Big Data could improve decision-making in fields from business to medicine, allowing decisions to be based increasingly on data and analysis rather than intuition and experience.”
I mentioned in some prior posts the upcoming Smarter Commerce Global Summit IBM will be hosting at the Walt Disney World Swan and Dolphin Resort (which you can learn more about and register for here).
Just out of curiosity, I went and did a query to see if any sessions would include “big data” as a featured topic, and as it turns out, there were four, including “Crunch Big Data for Digital Analytics Using Netinsight on Premises and Netezza,” and “Big Data, Big Campaigns: Using Unica Campaign Management & IBM Netezza Data Warehousing Appliances.”
So, it’s pretty clear that the era of “big data” is certainly upon us with respect to marketing as well.
I also wanted to highlight some news just emerging from our friends in IBM Research.
Yesterday, they announced a new breakthrough that has potential impact for semiconductor transistor manufacturing.
With the announcement, they revealed the first-ever direct mapping of the formation of a persistent spin helix in a semiconductor, an effort jointly conducted between IBM Researchers and scientists with ETH Zurich.
Until now, it was unclear whether or not electronic spins posessed the capability to preserve the encoded information long enough before rotating.
But through this new experiment, they demonstrated that synchronizing electrons extends the spin lifetime of the electron by 30 times to 1.1 nanoseconds — the same time it takes for an existing 1 GHz process to cycle.
Why do we care?
Well, today’s computing technology encodes and processes data by the electrical charge of electrons. But that technique is limiting, as the semiconductor dimensions continue to shrink to the point where the flow of electrons can no longer be controlled. Spintronics could surmount this approaching impasse by harnessing the spin of electrons instead of their charge.
This new understanding in “spintronics” not only gives scientists unprecedented control over the magnetic movements inside devices, but also opens up new possibilities for creating more energy efficient electronics.
However, this effort could get colder before it warms up and leads to massive technology transfer into the marketplace: Spintronics research takes place at very low temperatures at which electron spins interact minimally with the environment.
In the case of this particular research, IBM scientists worked at 40 Kelvin (-233 Celsius, -387 Fahrenheit)!!!
You can read the full scientific paper entitled “Direct mapping of the formation of a persistent spin helix” by M.P. Walser, C. Reichl, W. Wegscheider and G. Salis was published online in Nature Physics, DOI 10.1038/NPHYS2383 (12 August 2012).