Helmholtz Audio Features

Listen to audio features and interviews with Helmholtz scientists.

Audio Features from Helmholtz.PODCAST #42

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Magnetic monopoles detected in a real magnet

Researchers from the Helmholtz-Zentrum Berlin für Materialien und Energie (HZB) have, in cooperation with colleagues from Dresden (Germany), St. Andrews (UK), La Plata (Argentina) and Oxford (UK), for the first time observed magnetic monopoles and how they emerge in a real material.

Quote 1: Jonathan Morris, "Spin-ice with special geometry", 40 sec

Quote 2: Jonathan Morris, "Dirac-strings connect monopoles", 27 sec

Quote 3: Jonathan Morris, "Spin-Spaghetti", 51 sec

Quote 4: Alan Tennant, "A string is one-dimensional object", 22 sec

Quote 5: Alan Tennant, "The point is the geometry", 28 sec

Quote 6: Alan Tennant, "What is possible in matter", 25 sec

Quote 7: Alan Tennant, "Further investigations", 61 sec

Audio Features from Helmholtz.PODCAST #43

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Can liver cells replace defective insulin-producing cells?

The research project of Dr. Francesca M. Spagnoli of the Max Delbrück Center for Molecular Medicine (MDC) Berlin-Buch will investigate the possibility of reprogramming hepatic cells to pancreas cells so that they can ultimately replace the destroyed pancreatic beta cells and produce the vital hormone insulin in diabetic patients.

Listen to Helmholtz.PODCAST #43 (in German)

Quote 1: Francesca Spagnoli, "What we do", 25 sec

Quote 2: Francesca Spagnoli, "The liver is doing the job", 28 sec

Quote 3: Francesca Spagnoli, "Liver and pancreas cells are special", 30 sec

Quote 4: Francesca Spagnoli, "Two ways of genetic programming", 25 sec

Quote 5: Francesca Spagnoli, "What has been tried so far", 32 sec

Quote 6: Francesca Spagnoli, "We want to find the genetic switch", 38 sec

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11.06.2013

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Helmholtz Audio Features

Magnetic monopoles detected in a real magnet

Can liver cells replace defective insulin-producing cells?

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