Magazine

Tomorrow's electronics are diverse. Above all, they take place on the smallest scale. On the nanometre scale, researchers today are already juggling the most varied ingredients: various organic substances on a molecular level or graphene which shows unusual mechanical or electronic characteristics.&nbsp;<a href="#__target_object_not_reachable"> <br /></a>

Nanoelectronics

Tomorrow's electronics are diverse. Above all, they take place on the smallest scale. On the nanometre scale, researchers today are already juggling the most varied ingredients: various organic substances on a molecular level or graphene which shows unusual mechanical or electronic characteristics. [more]

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Material Sciences . Structural Biology

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Order in the chaos of a cell membrane

February 27, 2013

Crystalline areas form in model membranes based on a previously unknown mechanism [more]

Quantum Physics . Solid State Research

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Indecisive quanta

February 26, 2013

In ytterbium nickel phosphide there is a quantum critical point between the ferromagnetic and non-magnetic states that was previously not thought possible [more]

Material Sciences

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The cradle of the nanoparticle

February 13, 2013

A new model facilitates predictions about how nanoparticles form and gives clues about how the process can be controlled [more]

Complex Systems . Material Sciences

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Film or droplets?

January 28, 2013

There is a straightforward explanation as to when a liquid on a rough surface will form a thin film and when it will form droplets [more]

Material Sciences . Quantum Physics

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Deuterium from a quantum sieve

December 05, 2012

A metal-organic framework separates hydrogen isotopes more efficiently than previous methods [more]

Material Sciences

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Good connections to molecular electronics

November 09, 2012

Conductance measurements on graphene nanoribbons tell researchers how molecular wires can be optimised [more]

Chemistry . Material Sciences

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The smallest ice crystals in the world

September 24, 2012

An ingenious experiment reveals the minimum number of molecules needed before water forms a crystalline structure [more]

Material Sciences . Quantum Physics . Solid State Research

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Quantum stress in nanofilms

September 12, 2012

Electrons confined in an aluminium film of a few atomic layers thick create mechanical stress equivalent to up to one thousand times the standard atmospheric pressures [more]

 
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