"It’s only got 178 transistors, but it’s an important proof-of-concept that’s poised to keep Moore’s Law right on track. The breakthrough, in which a basic computer was powered by microscopic chains of carbon atoms, means we may have finally found a viable alternative to silicon chips."
Geneticists have proposed that if the evolution of life follows Moore's Law, then it predates the existence of planet Earth.
The Forces Of The Next 30 Years - SF author and Mefi's Own Charles Stross talks to students at Olin College about sci-fi, fiction, speculation, the limits of computation, thermodynamics, Moore's Law, the history of travel, employment, automation, free trade, demographics, the developing world, privacy, and climate change in trying to answer the question What Does The World Of 2043 Look Like? (Youtube 56:43)
A nice photogallery, with descriptions, illustrating the progress of Moore's Law from a 1958 single-transistor Texas Instruments integrated circuit to the anticipated 2009 AMD Phenom II, with 758,000,000 transistors.
Is there a Moore's Law for roller coasters? Ohio's own Cedar Point has announced it's newest record-breaking roller coaster - the Top Thrill Dragster. Here are the high points (pun intended):
- a 420-foot tower - the first coaster ever to top 400 feet
- top speed of 120mph - in 4 seconds
- a 90-degree turn at the top of the tower and an almost vertical drop back down
IBM gives Moore's Law a punch in the face by developing a 110GHz silicon germanium microchip. Only for use in ultra hi-tech environments right now (network infrastructure, military, etc.), of course. What other things could these processors be useful for? Finding vaccines? Genome mapping? SETI? And how many years before they're mass-producible and inexpensive enough for consumer use?