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Dream on

Dream on Ma Terial wi TNess news & views control such entanglement phenomenon more challenging than in mesoscopic accurate theoretical ways of controlling the from first principles, which surely is no and macroscopic systems. New physical nanoscale with its mosaic of entanglements easy task. Mathematically, it is a very hard properties may emerge at different length are desperately needed. The contribution problem that Lucignano et al. have elegantly and timescales as a result of the competition from Lucignano and co-workers is very addressed by combining a very well-known between particle interactions and their welcome in this sense. Paraphrasing and successful theory of unentangled variation in time. Undoubtedly, reliable Jack (Ernest) Worthing from Wilde’s play: electrons known as density functional theory mathematical tools for understanding it is time to appreciate the ‘vital importance (DFT) with a more sophisticated technique and predict out-of-equilibrium many- of being entangled’, to extend the frontiers dubbed numerical renormalization group particle phenomena are always welcome. of nanoscience. ❐ (NRG) , which allows for a correct treatment This is of the upmost importance not only Gerardo Ortiz is in the Department of Physics, Indiana of many-particle correlations. Their for basic research, but also for the design University, Bloomington, Indiana http://www.deepdyve.com/assets/images/DeepDyve-Logo-lg.png Nature Materials Springer Journals

Dream on

Abstract

Ma Terial wi TNess news & views control such entanglement phenomenon more challenging than in mesoscopic accurate theoretical ways of controlling the from first principles, which surely is no and macroscopic systems. New physical nanoscale with its mosaic of entanglements easy task. Mathematically, it is a very hard properties may emerge at different length are desperately needed. The contribution problem that Lucignano et al. have elegantly and timescales as a result of the competition...
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References (1)

Publisher
Springer Journals
Copyright
Copyright © 2009 by Nature Publishing Group
Subject
Materials Science; Materials Science, general; Optical and Electronic Materials; Biomaterials; Nanotechnology; Condensed Matter Physics
ISSN
1476-1122
eISSN
1476-4660
DOI
10.1038/nmat2480
Publisher site
See Article on Publisher Site

Abstract

Ma Terial wi TNess news & views control such entanglement phenomenon more challenging than in mesoscopic accurate theoretical ways of controlling the from first principles, which surely is no and macroscopic systems. New physical nanoscale with its mosaic of entanglements easy task. Mathematically, it is a very hard properties may emerge at different length are desperately needed. The contribution problem that Lucignano et al. have elegantly and timescales as a result of the competition from Lucignano and co-workers is very addressed by combining a very well-known between particle interactions and their welcome in this sense. Paraphrasing and successful theory of unentangled variation in time. Undoubtedly, reliable Jack (Ernest) Worthing from Wilde’s play: electrons known as density functional theory mathematical tools for understanding it is time to appreciate the ‘vital importance (DFT) with a more sophisticated technique and predict out-of-equilibrium many- of being entangled’, to extend the frontiers dubbed numerical renormalization group particle phenomena are always welcome. of nanoscience. ❐ (NRG) , which allows for a correct treatment This is of the upmost importance not only Gerardo Ortiz is in the Department of Physics, Indiana of many-particle correlations. Their for basic research, but also for the design University, Bloomington, Indiana

Journal

Nature MaterialsSpringer Journals

Published: Jul 1, 2009

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