Olympic cyclist Chris Boardman thinks that his beautiful Tron-like dream bicycle will never get stolen—even if it looks so cool that nobody would be able to resist. Fortunately, he says that they will be common in 20 years.
The new bike design has a built-in locking system that can only be activated and opened by the owner's fingerprint. The computer-equipped machine can also monitor the amount of calories burned. Made of carbon fiber, it will even have a battery that will assist you when going up a steep hill, as well as puncture-proof, self-inflating tires.
Unfortunately, for now it is just a concept, even while Boardman believes "it could be built now if there was a will. All the technologies are already there, it's just that nobody's put them all together before." The future is not coming soon enough. Heck, I would be glad if the weekend came already.
Just as it's starting to seem like MEMS motion sensor technology is gaining more widespread use, we're now hearing rumblings of activity from the developers of its eventual successor: NEMS (Nano-Electro-Mechanical Systems). To contextualize this discussion (and to give laypeople a shot at understanding), MEMS sensors are the magic behind the Wii MotionPlus as well as a stunning tech demo recently conducted on a Toshiba TG01. The nascent nano version promises even greater sensitivity, and now scientists from TU Delft in the Netherlands claim they have successfully measured the influence of a single electron on an 800nm-long carbon nanowire. Just detecting such an event is a feat in itself, while the ability to measure its effects can be used in a huge range of ways: from transportation and medicine to ultra-sensitive gaming controllers. While accurate comparisons between the Dutch breakthrough and current generation sensors cannot yet be drawn, we can confidently say that this marks an important step toward making our dreams of playing a nanoscale piano a gargantuan reality.