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UCSB and UCLA will each build user facilities designed for linking top-down semiconductor fabrication with biologically and chemically assembled molecular materials. The new facilities will complement and enhance existing infrastructure at both campuses. The current UCSB facility, part of the NSF National Nanofabrication Network, is primarily designed for compound semiconductors. The expanded facility would enable the coupling of (bio)molecular, biomimetic and mesoporous materials with NEMS. The current UCLA silicon fabrication facility will be expanded to couple silicon processing with (bio)molecules and physiologically active cells. Both campuses will focus their efforts on process development rather than just device fabrication.

Goldberg's Variations By Dan Gordon In the lab, CNSI Prof. Bob Goldberg's research in genetic engineering may lead to new generations of superplants. But it is in the classroom where his influence perhaps is greatest, as he sows the seeds that will blossom into the newest crop of young scientists. Read more in UCLA Magazine...	INMOS UCSB and UCLA will each build user facilities designed for linking top-down semiconductor fabrication with biologically and chemically assembled molecular materials. The new facilities will complement and enhance existing infrastructure at both campuses. The current UCSB facility, part of the NSF National Nanofabrication Network, is primarily designed for compound semiconductors. The expanded facility would enable the coupling of (bio)molecular, biomimetic and mesoporous materials with NEMS. The current UCLA silicon fabrication facility will be expanded to couple silicon processing with (bio)molecules and physiologically active cells. Both campuses will focus their efforts on process development rather than just device fabrication.
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