A new study by the Hamburg University of Technology reveals that trapping water inside nanometer-sized clay channels creates a supercapacitor capable of efficiently storing and moving electrical charge.
What if living organisms could perform some of the tasks handled by silicon chips? New research suggests fungal systems can exhibit memory-like electrical behavior, opening the door to unconventional, low-energy computing architectures. (Lire plus...)
Purdue University researchers have created transparent organic conductors from patent-pending polymers that achieve the same results and properties as traditional conductors made from rare-earth minerals but are less expensive and can be created from more plentiful reserves. [Lire plus...] Ndlr : Encore une preuve que…
L’Icam, site de Nantes, et ARMOR solar power films (groupe ARMOR) s’associent et lancent un programme de déploiement à grande échelle et d’analyse des films organiques photovoltaïques souples ASCA® pour le bâtiment. A ce titre, ils reçoivent le soutien financier de BNP Paribas Grand Ouest.…
