Maybe I got a little carried away earlier.
Maybe the announcement today of the development of the world's smallest electrical rotor does not, as I suggested, reflect a development of the BHAG scale. Perhaps this achievement is more nearly the end result of an LMUG ("el-mug"), a Little, Modest, Unassuming Goal. Glenn Reynolds provides a link to a Wired News story that lists what might be considered the fulfillment of several nanotechnological LMUGs.
One thing is for sure, you can't get to a BHAG without a lot of LMUGs along the way. And just because a goal is little and modest, that doesn't mean it's result is of small significance.
Let's return once again to the example of the first moonshot, the quintessential BHAG. Tens of thousand of technical problems had to be solved in order for this accomplishment to take place. It has often been noted that many of these developments had commercial applications of their own. Two famous examples are Tang and Velcro which was not actually a NASA invention; it was invented in Germany in 1948 by a fellow named George de Mestral. Still, NASA's use of the handy connective strip on spacesuits certainly played a role in its later widespread commercial use. And in addition to those well-known examples, how about these?
Dozens of other so-called NASA commercial spinoffs included weather and communications satellites, miniaturized circuits, scratch-resistant eyeglasses, shock-absorbing athletic shoes and cordless power tools.
Each of these inventions, big and small, had a role to play in the eventual success of Apollo 11. Likewise, perhaps those of us who are impatient to see the first nanotech assembler, or the first nanobot, or the first cloud of utility fog should take encouragement from some of the baby steps that are currently taking place. As the Wired News article puts it:
Boosters claim that nanotech-derived products may some day cure disease, slow the aging process and eliminate pollution.
But for now, the human race will have to settle for tennis balls that keep their bounce longer, flat-panel displays that shine brighter and wrinkle-free khaki slacks that resist coffee stains.
Come to think of it, I really could use a pair of those slacks.
Posted by Phil at July 24, 2003 11:31 AM | TrackBackWould you please give me a better understanding of the history of the shock absorbing athletic shoes. I would be interested to know coming from the athletic surface industry and dealing presently with critical dampening of soft tissue packages. We are considering the energy return of shoes and surfaces through suceptability of certain solids materials entangled through treatment giving dynamicly greater return with less vibration and reusable energy.
Jay Seals
Posted by: Jay Seals at September 16, 2003 11:42 PM