ME

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AcronymDefinition
MEMiddle English
MEMiddle East
MEMaine (US postal abbreviation)
MEMillennium Edition (Microsoft Windows)
MEMedical Examiner
MEModern English
MEMiddle Earth
MEMode Entry
MEMobile Electronics
MEMass Effect (game)
MEManaging Editor (newspaper industry)
MEMirror's Edge (game)
MEMain Engine
MEMail Early (slogan of post office)
MEMechanical Engineer
MEModel Engineer
MEMobile Equipment
MEMechanical Engineering
MEMaster of Engineering (degree program)
MEManufacturing Engineering
MEMedical Education
MEMid-Engine
MEMarriage Encounter
MEMaximum Effort
MEMaintenance Equipment
MESpanish North Africa
MEMarine Engineer
MEMechanical Equipment
MEMount Everest
MEMilitary Equipment
MEMoral Education (school subject)
MEMiddle East Airlines (Air Liban, Lebanon, IATA airline code)
MEMission Employment (active phase of a mission or exercise)
MEMembers Equity (Australian Bank)
MEMutant Enemy
MEMotion Estimation (part of temporal redundancy coding technique used in digital television)
MEMaître (French title)
MEMesserschmitt (German aircraft manufacturer)
MEMelissa Etheridge (musician)
MEMiscellaneous Equipment
MEMinistry of Environment
MEMedway (postcode, United Kingdom)
MEMitsubishi Electric (various locations)
MEOpening Information (filename extension; as in READ.ME)
MEMaster Electrician
MEMobility Equipment
MEMacro Economics
MEMechanized (welding)
MEManagement Engineering
MEMission Essential
MEMulti-Edit
MEMicrowave Engineering
MEMinistério da Educação (Portuguese Ministry for Education)
MEMinimum Energy
MEMaximum Entropy
MEMaterials Engineer
MEMichael Ellis (musician)
MEMethyl Group (-ch3)
MEMonth Ending
MEMyalgic Encephalomyelitis
MEMuzzle Energy
MEMolecular Electronics
MEMain Effort
MEMicro-Economics
MEMoneda Extranjera (Spanish: Foreign Currency)
MEMetabolizable Energy
MEMaster's Degree in Engineering
MEMultiengine
MEMission Économique (French: Economic Mission; various locations)
MEMental Endurance (Rifts RPG)
MEMedicina Estetica
MEManagement Entity
MEMain Electronics
MEMobiele Eenheid
MEMontreal Exchange
MEMarine Enlisted
MEMessina, Sicilia (Italian province)
MEManaged Entity
MEMinimum Evolution
MEMaintenance Entity (ITU-T)
MEMechanical End
MEMission Evangélique (French)
MEManeuver Enhancement (Brigade)
MEMinistria e Ekonomisë (Ministry of Economics, Albania)
MEMoniteur-Educateur (French: Teacher for Children with Difficulties)
MEMental Excellence (education)
MEMargin Enhancement
MEMature Equivalent
MEMass Excavation (hydraulic excavators)
MEMolecular Emission
MEManaged Element
MEMoessbauer Effect
MEMapping Entity
MEMuse Elf (gaming)
MEMultiple Exceptionalities (education)
MEManpower Estimate
MEMinimum Number of Errors
MEMain Etch (semiconductor gate etching)
MEMirador Electoral (Guatemala)
MEMarine Etablissement (Dutch)
MEMicrocode Engineer
MEMilitary Special Delivery (Scott Catalogue prefix; philately)
MEMissile Enable
MEMusic Exhibitioner
MEMorristown and Erie Railway Incorporated
MEMulti Equipos (Guatemala)
MEMotion Executor
MEMaintenance/Methods Engineering
References in periodicals archive ?
Information relating to band lineup is difficult to obtain using conventional techniques in the case of the single-molecule length-scale systems of interest in molecular electronics.
'Research in molecular electronics as a whole could open up the way for doing the chemistry in a beaker and building a circuit that way.
The effort will design and create molecular electronics integrated circuits.
The ability to create precisely sized, parallel nano-wires is expected to be useful in the development of molecular electronics in which molecules connected by such wires will serve as transistors, switches and other electronic devices.
The Industry Nanobase at http://itri.loyola.edu/nanobasel ind.htm has links and outlines on molecular electronics firm California Molecular Electronics Corporation (CALMEC), IBM, Lucent, Nanogen, and other firms with real world applications.
Participants came by invitation only and included among the 150 researchers and scientists specialists in protein design, chemistry, biochemistry, biology, scanning tunneling microscopy, quantum electronics, computer science, micromachines, physics, molecular modeling, and molecular electronics.
For example we have shown for the first time that we can improve the conductivity of organic materials which is an important bottleneck in molecular electronics. More recently, hybrid states of matter have been generated using molecular vibrations which in principle should lower the role of chemical bounds allowing for catalytic effects and opening the way to selective chemistry controlled by light (ISIS).
The textbook for a graduate course and a reference for researchers in organic electronics, molecular electronics, and nanoscience focuses on the interface between molecules and metals.
The terms and definitions are taken from general physics, quantum mechanics, material science and technology, mathematics, information theory, organic and inorganic chemistry, solid-state physics, biology, nano- and optoelectronics, molecular electronics, spintronics, nano-fabrication and nano-manufacturing, bioengineering, and quantum processing of information.
His research interests include materials for thin-film and molecular electronics, novel architectures in conjugated polymers, and molecular self-assembly on surfaces.
With dimensions of a single molecule on the order of 1 nm, molecular electronics redefines the ultimate limit of miniaturization far beyond that of today's silicon-based complementary metal oxide semiconductor (CMOS) technologies.
Durham is the location for world-class work in photonics, cell biology, molecular electronics and Microsystems.
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