R3DINBOW

The R3DINBOW project (nº 101027867) has risen with the aim of exploring 3D-printed electronic devices as unconventional transducing platforms to harbor active (supra)molecular components capable of processing information at the molecular level, by following 3 specific research objectives (ROs): RO1. Application of eco-friendly approaches for the fabrication of 3D-printed responsive interfaces; RO2. Testing & optimization of bistable (supra)molecular switches on 3D-printed responsive interfaces by EIS; and RO3. Development of a sustainable approach for engineering metal-based 3D-printed responsive interfaces. These goals have been possible to be achieved by the innovative action of combining i) 3D printing technology, ii) molecular engineering, iii) green chemistry, and iv) electrochemistry.