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Physics / Computer memory / Non-volatile memory / Nanomaterials / Electronic design / Graphene / Magnetoresistive random access memory / Technology CAD / Multigate device / Emerging technologies / Technology / Electronic engineering


Document Date: 2013-02-26 10:28:40

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City

Milano / Aachen / Redox / /

Company

Hewlett Packard / Leading Power Device Technologies / Toyota / Meggitt / Phase Change Memory / IBM Corp. / Ge / Toshiba Corporation / Intel / Adata Technology / /

Currency

USD / /

Facility

Columbia University / University of Tokyo / tunnel FET / University of Notre Dame / The University of Tokyo Motivation / The University / University of Minnesota / Tunnel Field-Effect Transistor / /

IndustryTerm

post 14nm technology node / metallization technologies / technology options / oil reserves / wafer-scale graphene devices / power devices / power semiconductor devices / bipolar device / important technology / high-speed digital electronics / electrical devices / performance electronics / transportation industry / graphene electronics research / low grade energy / particular solution / memory devices / memory technologies / metal / potential applications / superjunction devices / metal systems / power management / Technology limitations / embedded strain solutions / piezoelectric based energy harvesting / sustainable solutions / electronics industry / final device / graphene electronics / energy harvesting / non-volatile memory applications / attractive solution / energy scavenging / resonator technologies / consumer electronics / conventional electronics schemes / energy harvesting market / logic devices / semiconductor devices / energy security / Kinetic energy harvesting / digital electronics / high energy density / e.g. aerospace / metal gates / nm technology node / energy density / potential digital electronic device applications / devices employing energy harvesting technique / microresonator technology / thermal energy / energy harvesting system / oil / ultra-low power electronics / microelectronic technology / kinetic energy harvesting technologies / energy availability / energy harvesting technology / formation technology / perspective on these emerging technologies / technology nodes / voltage technologies / technology status / semiconductor device / wide-bandgap semiconductor power devices / trench gate technology / device technology trend / low power applications / junction technology / efforts have concentrated on devices / usable electrical energy / bulky matching networks / solar energy / thermochemical systems / energy harvesting devices / Passive devices / graphene technology / stack technology / high-k dielectric/metal gates / voltage devices / /

OperatingSystem

Fermi / /

Organization

Columbia University / University of Tokyo / University of Florida Chemical / North Carolina State University / Stanford University / University of Tokyo Motivation / University of Notre Dame / University of Minnesota / /

Person

Rainer Waser / Andrea Lacaita / Steven Koester / Janice Nickel / Yang Liu / Mark Bohr / Tomasz Zawada / Shinichi Takagi / E. Kratschmer / Seon Yong Cha / William Gallagher / S. Philip Wong / Yong Cha / Jeff Sleight / Robert Dutton / Bill Arnold / Florin Udrea / Young Joon Choi / Bernard Dieny / Walter De Heer / Shintaro Sato / Ian Young / Roberto Bez / Roy H. Olsson III / Alan Seabaugh / /

Position

Semiconductor Company Invited Papers Technical Program Chair / Awards General Chair / D. Farmer / /

Product

Franklin / /

ProvinceOrState

Minnesota / /

Technology

universities SHORT COURSE VLSI Technology / memory technologies / RAM / formation technology Gate stack technology S/D junction technology / kinetic energy harvesting technologies / MOL technologies / technology Gate stack technology S/D junction technology Technology / 2.2 Graphene Technology / Field-Effect Transistor / NVM technology / VLSI technology / semiconductors / thermodynamics / MRAM technologies / trench gate technology / Micron DRAM Technology / GSM / graphene technology / microresonator technology / FLASH / aggressively pursuing technologies / CAD / semiconductor / broadband / electrophoresis / semiconductor devices / GPS / lithography / Process control / fuel cell / energy harvesting technology / important technology / Incumbent resonator technologies / Channel formation technology Gate stack technology / NAND FLASH technology / dielectric / metallization technologies / simulation / CVD / high voltage technologies / /

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