Organic semiconductors combine the electronic advantages of semiconducting materials
with the chemical and mechanical benefits of organic compounds. When non-covalent …

La présence d'interactions non covalentes dans les semi-conducteurs organiques a
démontré son utilité dans plusieurs applications conduisant à l'amélioration de la …

The presence of noncovalent interactions in organic semiconductors has been
demonstrated to be beneficial in several applications, resulting in the enhancement of …

In this work, we show that hydrogen-bond interactions, in addition to directing
supramolecular order, can have an intriguing effect on the molecular and electronic …

Organic materials have proven to be efficient active materials in electronics, being possible
alternatives to inorganic semiconductors in electronic devices, such as organic field effects …

Since the discovery of the diketopyrrolopyrrole (DPP) dye in the 70s it has been one of the
most used pigments in industrial applications and in the search for new materials. They are …

The effects of chain length, encapsulation and asymmetry of conjugated DPP-based
polymers and small molecules were investigated. The first part of this thesis explored how …

Although technical improvements of electronic devices in the last decades have been
remarkable, the empirical law that predicts this trend (Moore's law) is beginning to fail. One …

Diketopyrrolopyrroles (DPPs) have recently gained attention as building-blocks for organic
semiconducting polymers and small molecules, however the semiconducting properties of …

Hydrogen-bonded semiconductors stand among the next generation of electronic materials
thanks to their promising and versatile properties. Hydrogen-bonding has been proven to …