Researchers from the University of Strasbourg & CNRS (France), in collaboration with Trinity College Dublin (Ireland) and the University of Cambridge (United Kingdom), have devised a new molecular strategy to boost the performance of electronic devices based on semiconducting 2D materials. These results have been published in Nature Nanotechnology.
Within … Continue Reading ››
Mineral catalysts found in deep-sea vents convert
CO2 and H2 to biomolecules, showing striking parallels to
known biological pathways
An international collaboration of researchers in Germany, France and
Japan investigated the catalytic activities of minerals found in deep-sea hydrothermal
vents. The results suggest that mineral-driven chemical reactions might be closely
mapped onto microbial carbon metabolism. … Continue Reading ››
Self-organized criticality is an elegant explanation of how complex structures emerge and persist throughout nature1, and why such structures often exhibit similar scale-invariant properties2,3,4,5,6,7,8,9.
Although self-organized criticality is sometimes captured by simple
models that feature a critical point as an attractor for the dynamicsContinue Reading ››
Researchers from the University of Strasbourg have shown that artificial supramolecular fibers can be kept in sustained non-equilibrium steady states, similar to a car driving on cruise control. In living systems, chemical fuel is used continuously and waste is removed at the same time. A similar feat was now achieved in an artificial system using … Continue Reading ››
Researchers from the Université de Strasbourg (France), in collaboration with the Humboldt-Universität zu Berlin (Germany), Stanford University (USA) and the Université libre de Bruxelles (Belgium), demonstrated that high-performance optically switchable field-effect transistors can be developed by blending photochromic molecules with small organic semiconducting molecules. Such multifunctional organic devices are considered as key elements … Continue Reading ››