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MPR 1/2013

“Those in the darkness you don’t see.” Modern cosmology lends thisline from “The Ballad of Mack the Knife” in Brecht’s Threepenny Opera an unexpected currency: the universe lies largely in darkness. This doesn’t refer to the fact that the night sky is black, but rather that dark energy and dark matter – two previously completely unknown substances – account for 96 percent of the total cosmic mass. [more]

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Chemistry . Medicine

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Biology-Oriented Synthesis (BIOS): from natural product to new therapeutics

July 03, 2006

Natural product based concept for the synthesis of new active agents yields first results [more]

Chemistry . Material Sciences

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Oscillating Pattern in Nanoparticle Crystallisation

June 30, 2006

Max Planck researchers in Potsdam demonstrate an oscillating pattern in nanoparticle crystallisation and self-organisation [more]

Chemistry . Material Sciences

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Coiled Stones

June 13, 2006

Chemists direct silicon oxide into a selected hierarchical structure - a mechanism that until now had only been found in nature [more]

Chemistry . Material Sciences

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Shimmering Colours Which Change With Temperature

December 02, 2005

Max Planck researchers in Potsdam, Germany expand the tool kit of colloid particles and make new coloured finishes possible [more]

Chemistry . Structural Biology

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A "Periodic Table" of Natural Products

November 28, 2005

Max Planck scientists in Dortmund develop the first structural classification of natural products and discover a new structural class of enzyme inhibitors [more]

Chemistry . Material Sciences

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Snapshots at the Atomic Border

November 28, 2005

Max Planck researchers in Stuttgart, Germany observe how atoms interact at the interface between a liquid metal and a crystal [more]

Cell Biology . Chemistry

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A Biomolecule as a Light Switch

September 29, 2005

Researchers at the Max Planck Institute for Biophysical Chemistry in Goettingen, Germany have uncovered the molecular mechanism of switchable fluorescent proteins [more]

Chemistry . Material Sciences

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Open Microfluidic and Nanofluidic Systems

February 15, 2005

Max Planck scientists develop fundamentals for new microfluidic and nanofluidic devices [more]

 
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