A collaborative research project has brought the world a step closer to producing a new material on which future nanotechnology could be based. Researchers across Europe, including the UK's National Physical Laboratory (NPL), have demonstrated how an incredible material, graphene, could hold the key to the future of high-speed electronics, such as micro-chips and touchscreen technology.
Eine kritische Prozesstechnologie bei der Chipherstellung ist das Chemisch-Mechanische Polieren, bei dem Strukturunebenheiten im Bereich von Nanometern auf den Siliziumscheiben zwischen verschiedenen Produktionsschritten immer wieder eingeebnet werden.
Researchers at MIT and Harvard Medical School have built targeted nanoparticles that can cling to artery walls and slowly release medicine, an advance that potentially provides an alternative to drug-releasing stents in some patients with cardiovascular disease.
A project to produce a number of pharmaceuticals - anti-inflammatory drugs, diuretics, and statins in phospholipid capsules with extremely small particles (less than 30 nm) recently won approval from the Supervisory Council of RUSNANO.
ChEMBLdb, a vast online database of information on the properties and activities of drugs and drug-like small molecules and their targets, launches today with information on over half a million compounds. The data lie at the heart of translating information from the human genome into successful new drugs in the clinic.
A comprehensive and authoritative review of the health and environmental safety of engineered nanomaterials has been published by a consortium led by Edinburgh Napier University and the Institute of Occupational Medicine.
Semiconductor nanocrystals emit light at wavelengths that can be tuned by particle size and composition, and are more stable to light than organic dyes, so hopes for their applied use are high. When coated with such agents as surfactants and a semiconductor with a wide band gap, these nanocrystals show strong photoluminescence.
A new polarizing microscope has enabled the detection of a retardation (a unit for measuring the strength of birefringence) of ca. 0.2 nm and the visualization of the dynamism of actin filament bundles with a diameter of 20-60 nm inside a neuron without staining.