NanoStructure Laboratory / IBM / Ni Co / NanoStructures Laboratory / Ni and Co / /
Country
United States / /
Currency
USD / /
Facility
Stanford University / University of Glasgow / Bar Length / NanoStructure Laboratory / Permalloy bar / Bar Width / University of Minnesota / University of California / NanoStructures Laboratory / /
IndustryTerm
thin-film media / Conventional nanolithography technologies / energy equation / crystalline anisotropy energy / manufacturing problem / methanol solution / ferromagnetic metal film / real estate area / magnetostatic energy / magnetization switching energy / magnetic devices / thermal energy / conventional magnetic recording media / signal processing / thinfilm media / imaging / lowest energy / energy / domain wall energy / metal / thin metal plating base / micromagnetics / nanofabrication technology / local energy minimum / lowest energy state / exchange energy / chemical mechanical polishing / magnetorestriction energy / present magnetic media / e-beam / manufacturing / lithography tool / magnetic media / throughput nanofabrication technology / magnetic recording media / /
MarketIndex
nm / /
Organization
Army Research Office / Defense Advanced Research Projects Agency / office of Naval Research / University of Glasgow / Packard Foundation / Stanford University / University of Minnesota / University of California / San Diego / /
Patterned Magnetic Nanostructures and Quantized Magnetic Disks STEPHEN Y. CHOU Invited Paper Nanofabrication, offering unprecedented capabilities in the