ETH Zurich

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Yarn from slaughterhouse waste

ETH researchers have developed a yarn from ordinary gelatine that has good qualities similar to those of merino wool fibers. Now they are working on making the yarn even more water resistant.

dateJul 29, 2015 in Materials Science
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Supercycles in subduction zones

When tectonic plates collide, they produce earthquakes like the recent one in Nepal. Researchers at ETH Zurich are providing new ways to explain how and why earthquake supercycles occur in zones where one plate moves under ...

dateMay 06, 2015 in Earth Sciences
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Cybathlon practice session a success

Slicing bread in the morning, pouring a cup of coffee and sitting down at the kitchen table are a part of everyday life for most people. But for people with physical impairments such as amputated limbs, the tasks so many ...

dateAug 03, 2015 in Robotics
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The winner doesn't always take all

Theoretically predicted and now demonstrated experimentally for the first time using soil bacteria: weaker organisms can prevail against stronger ones—if they are superior in number. This acts as a driving mechanism in ...

dateJun 11, 2015 in Cell & Microbiology
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Pockmarks on the lake bed

An unusual and unexpected discovery: on the floor of Lake Neuchâtel, geologists have happened upon huge underwater craters—some of the largest in the world to be found in lakes. They are not volcanic in origin, but were ...

dateMay 18, 2015 in Earth Sciences
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From tobacco to cyberwood

Swiss scientists from ETH Zurich have developed a thermometer that is at least 100 times more sensitive than previous temperature sensors. It consists of a bio-synthetic hybrid material of tobacco cells and nanotubes.

dateMar 30, 2015 in Nanomaterials
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Controlling genes with your thoughts

Researchers led by ETH Zurich professor Martin Fussenegger have constructed the first gene network that can be controlled by our thoughts. The inspiration for this development was a game that picks up brainwaves in order ...

dateNov 11, 2014 in Engineering
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Voltage tester for beating cardiac cells

For the first time, scientists have succeeded in recording the current in membrane channels of contracting cardiac cells. To do this, the scientists combined an atomic force microscope with a widely used method for measuring ...

dateFeb 17, 2015 in Bio & Medicine
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