Germany / France / Japan / United States / United Kingdom / China / /
Facility
Advanced Institute / University of Tokyo / Materials Research The Advanced Institute / WPI Advanced Institute / Tohoku University / /
IndustryTerm
device/systems / conventional metal cools / natural technologies / high-energy light / random energy fluctuations / spintronic applications / measured energy states / layered systems / metal dome coverage / hot metal / energy spectrum / natural systems / energy resolution / nickel metal / imaging / metal hybrid / spintronic devices / field-effect device / energy / manganese metal / metal / scientific and practical applications / hydrophilic metal domes / chemical reactions / superconductor technology / electricity / chemical doping / surface metal concentration / lab-on-achip devices / metal microstructures / functional materials technologies / electronic devices / electronics / sufficient energy / catalytic applications / metal domes / self-organized metal / interlayer energy states / chemical bonds / /
MusicAlbum
Culture / Technology / Sport / Science / /
Organization
Yoshinori Yamamoto Institute / WPI Advanced Institute for Materials Research RESEARCH HIGHLIGHTS Bulk / Japanese Ministry of Education / University of Tokyo / Institut Polytechnique de Grenoble / Department of Physics / National Academy of Sciences / Tohoku University in Japan / Tohoku University in Sendai / Advanced Institute for Materials Research / WPI Advanced Institute / Department of Applied Physics / /
EVENTS WPI-AIMR director / As institute director / scientist / RSC Centenary Prize WPI-AIMR group leader / modern researcher / lead author / Chief Scientist / Director / adjunct professor and associate professor / /
ProvinceOrState
South Dakota / /
PublishedMedium
Nature Materials / Proceedings of the National Academy of Sciences / Applied Physics Letters / Nature Physics / /
RESEARCH HIGHLIGHTS 2009 A publication of the WPI Advanced Institute for Materials Research RESEARCH HIGHLIGHTS Bulk metallic glasses: In the zone Atomic structures: Titanium coming out on top