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"Giant" Charge Density Disturbances Discovered in Nanomaterials
Jülich, 26 November 2014 – In metals such as copper or aluminium, so-called conduction electrons are able to move around freely, in the same way as particles in a gas or a liquid. If, however, impurities are implanted into the metal’s crystal lattice, the electrons cluster together in a uniform pattern around the point of interference. Scientists in Jülich have, with the help of computer simulations, now discovered a combination of materials that strengthens these Friedel oscillations and bundles them, as if with a lens, in different directions.
More: "Giant" Charge Density Disturbances Discovered in Nanomaterials …

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Wanted: Young Research Scientists!

Are you looking for an exciting, challenging Master’s, PhD or postdoctoral position? Are you interested in research involving theoretical solid state physics, and do you enjoy developing numerical and computational methods?
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Young Investigators Group Dr. Samir Lounis

Functional Nanoscale Structure Probe and Simulation Laboratory
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Young Investigators Group Dr. Nicole Helbig

Ab initio description of double and charge transfer excitations: from solvable models to complex systems
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Young Investigators Group Dr. Marjana Ležaić

Computational Nanoferronics Laboratory More: Young Investigators Group Dr. Marjana Ležaić …

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Young Investigators Group Dr. Yuriy Mokrousov

Topological Nanoelectronics Group More: Young Investigators Group Dr. Yuriy Mokrousov …

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Learn about computer simulation techniques

The German Research School for Simulation Sciences houses four own laboratories, two in Aachen and two in Jülich. German Research School


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