Ein plasmonischer Nanosensor von F. Vollmer (Max-Planck-Institut für die Physik des Lichts) erkennt ein aktives Enzym.
Millimeter) Durchmesser sitzt ein Nanodrähtchen aus Gold
Ein plasmonischer Nanosensor von F. Vollmer (Max-Planck-Institut für die Physik des Lichts) erkennt ein aktives Enzym.
Millimeter) Durchmesser sitzt ein Nanodrähtchen aus Gold
For the first time, an international research team has combined data from nuclear physics experiments, gravitational-wave measurements and other astronomical observations with theoretical insights. This allows them to more precisely constrain how nuclear matter behaves inside neutron stars.
detection picture of the particles created in an gold-ion
Mit einer aus DNA-Origami gefalteten Teleskopschiene stellt ein Team um Laura Na Liu vom Max-Planck-Institut für Intelligente Systeme eine neue Komponente der Nanotechnologie für Nanomaschinen vor.
Stäbe aus DNA-Bündeln werden von Nanopartikeln aus Gold
Ein Trägermaterial entdeckt, auf dem Nanodrähte aus verschiedenen Metallen zuverlässig wachsen
Schicht Kupferazid brachten sie wahlweise Eisen-, Gold
Researchers discover a potential substitute for platinum
organic molecules become ordered in patterns on a gold
Most lenses, objectives, eyeglass lenses, and lasers come with an anti-reflective coating. Unfortunately, this coating works optimally only within a narrow wavelength range. Scientists at the Max Planck Institute for Intelligent Systems in Stuttgart have now introduced an alternative technology. Instead of coating a surface, they manipulate the surface itself. By comparison with conventional procedures, this provides the desired anti-reflective effect across a wider wavelength range. But more than this, it largely increases the light transmittance through surfaces. In the future, the nanostructured surfaces may improve high-energy lasers as well as touchscreens and the output of solar modules.
In the first step, they deposited gold particles in
Science thrives on results – and they should be freely accessible. The viability of science rests on results – and these should be freely accessible. Reduced to a common denominator, this is what the term „Open Access“ implies. But this form of publishing is still far from being the norm in the world of science. Our authors urge politicians and research institutions to pave the way and proactively contribute to changing attitudes.
in Open Access form – commonly referred to as the “gold
A graphene nanoribbon could be suitable as a nanowire for molecular electronics. Scientists in L. Grill’s group at the Fritz Haber Institute of the Max Planck Society measured the conductance of carbon nanostrips as a function of their length and the electron energy. The conductance measurements help researchers understand charge transport in nanoscopic molecular wires and make progress in nanotechnology, especially in nanoelectronics.
researchers from Berlin lift a graphene ribbon from a gold
Mit einer Mikrokugel und einem Nanodrähtchen lassen sich einzelne unmarkierte Biomoleküle durch Licht nachweisen
einer optischen Mikrostruktur und Nanopartikeln aus Gold
