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Cosmology: The dark sides of the universe

“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 . 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]

Material Sciences

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Hairy Feet Stick Better to Wet Ceilings

November 09, 2005

Researchers at the Max Planck Institute for Metals Research show that humidity strengthens the adhesive force of the tiny hairs on gecko feet [more]

Material Sciences

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Mother-of-Pearl in Highest Resolution

October 05, 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]

Cell Biology . Material Sciences

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How does "Open Sesame" Function for Viruses?

June 17, 2005

Max Planck scientists have found the optimal size with which viruses and nano-particles are able to enter cells [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]

Material Sciences

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Good Vibrations in the Nanoworld

September 27, 2004

Local defects tune the vibrational modes of carbon nanotubes [more]

Material Sciences . Quantum Physics

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Crystals in Nanofocus

August 31, 2004

Max Planck Scientists strike new paths in nanoanalysis and data storage with infrared light [more]

Material Sciences

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Nanoscale contact optimizes adhesion

May 25, 2004

Optimal adhesion of geckos and insects based on shape optimization and contact surface size reduction, report Max Planck researchers in Stuttgart, Germany [more]

 
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