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Archive 2005
dokument Why Nanolayers Buckle when Microbeams Bend
December 15th, 2005
German-Austrian-French research team uses a hundred-nanometre wide x-ray beam to observe how nanolayers buckle in bent high-tech carbon fibres [more]

PDF [165 KB]
dokument Shimmering Colours Which Change With Temperature
December 2nd, 2005
Max Planck researchers in Potsdam, Germany expand the tool kit of colloid particles and make new coloured finishes possible [more]

PDF [193 KB]
dokument Marathon of Nano-Sprinters
November 14th, 2005
Max Planck scientists show that the cooperation of a small number of molecular mo-tors yields cargo transport over large distances [more]

PDF [160 KB]
dokument What Mutations Tell Us about Protein Folding
October 14th, 2005
Max Planck scientists find a novel way to construct transition states for protein folding reactions [more]

PDF [163 KB]
dokument How to Braid Nanoropes
October 14th, 2005
Max Planck scientists identify essential control parameters for the assembly of filament bundles [more]

PDF [164 KB]
dokument Mother-of-Pearl in Highest Resolution
October 5th, 2005
Researchers from the Max Planck Institute of Colloids and Interfaces, and the German Federal Institute for Materals Research and Testing (BAM), have discovered small new details in the structure of mother-of-pearl [more]

PDF [135 KB]
dokument Good Connections Are Everything
July 12th, 2005
Max Planck Scientists discover unusual dynamic properties of activity patterns on scale-free networks [more]

PDF [61 KB]
dokument European Funding for Research on Biomolecular Nanomachines
June 3rd, 2005
Max Planck Institute of Colloids and Interfaces receives 2.0 Million Euro for new European research network [more]

PDF [78 KB]
dokument Motor Transport in Bio-Nano Systems
May 3rd, 2005
Max Planck researchers determine optimal parameters for biomimetic transport systems based on molecular motors [more]

PDF [89 KB]
dokument Fusion under Tension
March 1st, 2005
Max Planck Scientists use new simulation methods to observe single events of membrane fusion with molecular resolution [more]

PDF [78 KB]
dokument Open Microfluidic and Nanofluidic Systems
February 15th, 2005
Max Planck scientists develop fundamentals for new microfluidic and nanofluidic devices [more]

PDF [95 KB]
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