Bildergalerie: Description 50758056 in Directory 26
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DTXT_TITLE: Quantum Mirage - Nahaufnahme im Rastertunnelmikrosop (2000) DOC_TYPE: Image ARCHIV: 1000 FIL_ID: 50758056 FIL_ORG: 81935.tif FIL_EXT: tif FIL_WIDTH: 945 FIL_HEIGHT: 934 FIL_RES: 300 FIL_SIZE: 1154322 FIL_COLOR: RGB FIL_ROTATE: FIL_CLIP: FIL_CROP: FIL_IMG: FIL_PATH: DOC_SPERRVERMERK: DOC_INPUT: 01-04-2003 13:59:10 DOC_UPDATE: 31-07-2003 10:57:32 DOC_STATUS: 1 DOC_KATALOG: 1 DOC_SPERR: 1 BESCHREIBUNG: IBM scientists have discovered a way to transport information on the atomic scale that uses the wave nature of electrons instead of conventional wiring. The new phenomenon, called the "quantum mirage" effect, may enable data transfer within future nanoscale electronic circuits too small to use wires. As computer circuit features shrink toward atomic dimensions -- which they have for decades in accordance with Moore's Law -- the behavior of electrons changes from being like particles described by classical physics to being like waves described by quantum mechanics. On such small scales, for example, tiny wires don't conduct electrons as well as classical theory predicts. So quantum analogs for many traditional functions must be available if nanocircuits are to achieve the desired performance advantages of their small size. Some 5,000 times smaller than a human hair, this elliptical ring of 36 cobalt atoms creates a "quantum mirage" that may lead to an efficient way of moving information within future atom-scale circuits and computers Weitere Informationen unter: http://www.research.ibm.com/pics/nanotech/ BU: RUBRIK: Forschung Technologie Fertigung BILDART: Makroaufnahme STICHWORTE: Nanotechnologie, RTM, Kobalt IBM_NUMMER: 81935 FARBE: farbig FORMAT: Quadratisch ORIGINAL: Digital BILDRECHTE: IBM BILDQUELLE: IBM Almaden Research Center EINGABE: Häßler EXPORTPATH: 26/images/50758056.tif |
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