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WILL BIOLOGISTS GIVE MOORE MORE LIFE? Opportunities as Biology and Circuitry Meet Saturday, February 10, 2007 Now, more than 40 years after visionary Gordon Moore presciently identified the accelerating rate of semiconductor miniaturization, that path has brought the dimensions of the technology and the semiconductor industry squarely into the realm of nanotechnology. On another front 50 years after its discovery, DNA has seen its uses extended beyond the biomedical sphere and into building structures and computing devices. This dual history sets the stage for the fascinating challenges -- and potential solutions -- facing engineers in today's semiconductor companies. The "top down" tools they mastered over the past decades are approaching the end of Moore's law. Meanwhile biologists and chemists working from the "bottom up" have been able to construct complex devices from molecular components such as DNA or carbon nanotubes. Does the future of computing depend on a collaboration between both camps? If so how will they work together, what and where will be the interface of biology and circuitry? This program will examine such questions of how and when biological devices
will be integrated into the trillion dollar electronics industry. Join
us as researchers and entrepreneurs present their work and perspective
on self-assembled devices and architectures, for critique by technology
managers from major corporations in the semiconductor industry. Speakers George Thompson Erik Winfree Paul Rothemund Kumar Wickramasinghe Jim Gimzewski Producer Lynn Foster Date Location Cost PROGRAM SPONSOR FOUNDING SPONSORS
Empowering Entrepreneurs to Build New Businesses
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