Method forplant tissue regeneration that involves the use of a bacterial cellulose-based biopolymer. The application of this material directly in plant wounds enhances the formation of new cells layers which boosts the healing processes.
A new and low-cost method for the manufacture of flexible electrodes obtained from laser processing of graphene oxide (GO) films. planar electrodes with low electrical resistnace and high capacitance per unit area can be obtained, ideal for applications in eelctrochemical sensor and energy storage.
A simple, eco-friendly and easily scalable method for the production of graphene oxide aerogel (GO). The material obtained contains numerous functional groups susceptible to derivatisation, and presents high stability in air and aqueous medium. The possible applications are focused on membrane technologies, CO2 adsorption, selective adsorption of gases, supercapacitors and batteries, among others.
A simple and efficient method to obtain complementary organic semiconductors by using a single, solution-processable material and a single deposition step, in combination with light irradiation. This makes it possible to bring printed electronics into the market by focusing on price and real world applicability.
A simple eco-friendly and reproducible method for the synthesis of Quantum rings and Quantum dots in water. The material obtained has an enhanced fluorescent intensity and a great functionalization capacity, making it interesting for applications in optoelectronics and in biomedical imaging, among others.