Seit 2005

Open Innovation

16.12.2020 Open Innovation

Tiny robots made of metal and plastic

Researchers at ETH Zurich have developed a method that allows them to create micrometer-sized machines in which several materials are interwoven in complex ways. Such... More

22.10.2020 Open Innovation

As easy as playing Lego: Clean way to convert carbon dioxide waste into useful industrial products

Chemical engineers at UNSW Sydney have developed a new technology to convert harmful carbon dioxide emissions into chemical building blocks to produce useful industrial products... More

16.10.2020 Nanotechnology

The micro-building material of the future: aerogel

EMPA researchers have succeeded in producing 3D printed parts from silica aerogel with high precision. This opens up numerous new applications in the high-tech industry,... More

24.03.2020 Nanotechnology

Electricity turns garbage into graphene

Science doesn’t usually take after fairy tales. But Rumpelstiltskin, the magical imp who spun straw into gold, would be impressed with the latest chemical wizardry.... More

24.03.2020 Nanotechnology

Sniffing out cancer is as easy as breathing

Early detection and regular screening for cancer can save many lives. However, such services have traditionally required booking hospital appointments and tests, sometimes weeks in... More

22.01.2020 Nanotechnology

This filter made of graphene can turn salt water to drinking water

A sieve from England causes a sensation: It uses a graphene oxide membrane to convert salt into drinking water. Without much effort. With a little... More

03.10.2019 Open Innovation

Cigarette filters that dissolve themselves – completely

Cigarette filters are the product which is most often improperly disposed, by just throwing it away in the open instead of the ashtray. As a... More

21.11.2018 Nanotechnology

Looking deep into the eyes

The quest to use nanorobots in our bodies as tools has reached a milestone. Scientists have developed nanopropellers and were able to direct them through... More