For the first time researchers succeeded to place a layer of graphene on top of a stable fatty lipid monolayer. Surrounded by a protective shell of lipids graphene could enter the body and function as a versatile sensor.
Scientists have, for the first time, identified a method of visualising the quantum behaviour of electrons on a surface. The findings present a promising step forward towards being able to manipulate and control the behaviour of high energy, or 'hot', electrons.
New research has demonstrated that a nanoscale device, called a memristor, could be the 'missing link' in the development of implants that use electrical signals from the brain to help treat medical conditions.
Chemical separation accounts for 10 to 15 percent of the nation's energy consumption. That energy use has environmental costs, including tons of carbon dioxide released each year. Researchers are tackling the energy demands of separation by focusing on the underlying science. They are answering questions about how and why the targeted materials behave.
Scientists today announced that they have fabricated a thin-film solar module stack made up of perovskite and Copper Indium Gallium Selenide (CIGS) with a conversion efficiency of 17.8 percent. For the first time, this tandem module surpasses the highest efficiencies of separate perovskite and CIGS modules.
The joint research strategy is part of the action plan Nanotechnology 2020 of the Federal Government passed by the Federal Cabinet on 14 September 2016. At the heart of the joint research strategy are testing methods and concepts for the characterisation and assessment of health and environmental risks which must be adapted and tested for new materials.
A new technology makes it possible to test how complex molecules function by manipulating them systematically. Add to this a new electron microscopy technique that brings resolution down to the atomic level - and indeed scientists are now able to directly look at these machines.