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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]

Press and Public Relations

Science and Corporate Communication

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Complex Systems . Computer Science . Mathematics

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The pathways of epidemics

October 30, 2012

A new computer model rapidly and accurately estimates who spreads an infection particularly extensively, thereby facilitating countermeasures [more]

Linguistics . Mathematics

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In search of the key word

July 17, 2012

Bursts of certain words within a text are what make them keywords [more]

Complex Systems . Infection Biology . Mathematics

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Travelling epidemics

August 31, 2011

Human mobility patterns and their impact on the spread of epidemics
[more]

Complex Systems . Mathematics . Neurosciences

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Out of mind in a matter of seconds

January 24, 2011

Surprising rate at which neuronal networks in the cerebral cortex delete sensory information [more]

Complex Systems . Mathematics . Neurosciences

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Beating the competition

January 17, 2011

Scientists from the Max Planck Institute for Dynamics and Self-Organization discover how the size of networks can skyrocket [more]

Complex Systems . Computer Science . Mathematics

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A new kind of counting

February 06, 2009

Göttingen-based scientists are developing a computer algorithm to solve previously unsolvable counting problems [more]

Mathematics . Neurosciences

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Thinking too complicated?

February 04, 2008

Neuronal activity is far more predictable than has until now been assumed [more]

Complex Systems . Mathematics . Structural Biology

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Control Mechanism for Biological Pattern Formation Decoded

November 23, 2006

A team of researchers in Freiburg have revealed the molecular mechanism which regulates pattern formation in the spacing and density of hair follicles. [more]

 
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