Momentum-Doctor FC-Electrochemically exfoliated 2D material inks for the printing of electronic, sensor and energy storage microdevices

Microdevices based on printed 2-dimensional (2D) material networks will be developed for their use in transistors, batteries, supercapacitors or sensors in flexible and wearable technologies. 2D materials will be prepared via electrochemical exfoliation and processed to obtain printable inks for the fabrication of networks. This project involves training in scientific computing and machine learning (ML) tools, which will be used in several steps of the work to optimise exfoliation conditions, identify 2D materials with optimal properties for specific applications or reconstruct the 3D morphology of printed networks. The achievement of the scientific objectives is supported by the complementary specialization areas of the involved researchers: (i) development of 2D materials via electrochemical exfoliation from the PI (CSIC), (ii) scientific computing applied to chemistry, materials and nanotechnology problems from the co-PI (University of Oviedo), y (iii) printed networks for microdevices from the external collaborator (Trinity College Dublin, Ireland), pioneer in the field of 2D materials, in whose group there will be training stays.