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Molecular Photocathodes for CO2 reduction and H2 evolution – PhotoCAT
Water, CO2 and solar energy form an ideal trio for the production of fuels because they are all readily available. One may evaluate the impact of an efficient photoelectrochemical technology by simply considering that the amount of light energy that reaches the Earth every day accounts for ca. 10 00
Molecular technologies for hybrid folded architectures – COFFIT
This interdisciplinary project aimed at developing a new molecular technology that combines the benefits of the high conformational stability and structural predictability of aromatic amide foldamers, and the powerful in vitro expression and selection of peptides using the Flexible In-vitro Translat
Molecular Engineering and Controlled Assembly of Nano Objects built on porphyrins – MECANO
This project aimed to provide new tools for the elaboration of functional molecular devices built on porphyrins. Porphyrins are a family of highly stable tetrapyrrolic macrocycles widely present in natural systems, from photosynthesis to enzymatic reactions. In Nature, porphyrins collect photons, c
Molecular Materials for Mg batteries – MoMa
The global demand for advanced electrochemical energy storage continues growing, led by increasingly urgent concerns over environmental impact of fossil fuels and nuclear power plants within a power grid. Mg batteries have attracted much interest as potential power grid storage media, since magnesiu