Final Report Summary - ONE-P (Organic Nanomaterials for Electronics and Photonics: Design, Synthesis, Characterization, Processing, Fabrication and Applications)
Organic Electronics and Photonics is an emerging industrial field with great prospects, i.e. unprecedented applications with direct improvement of quality of life of citizens, large markets, and environmentally friendly fabrication processes. Enabling Organic Electronics and Photonics requires solution of several materials bottlenecks, whose impact is transversal to applications.
The ONE-P project objective is to position Europe as the leader of industrial development in this field by developing Organic Nanomaterials and their fabrication technology, thus helping the creation of a virtuous cycle.
The consortium composed of 28 partners from academia, research centers and industries, located in 11 European countries implemented a holistic approach: from design, synthesis, characterization, processing and fabrication to applications. The results are numerous, from new understanding, materials, processes and device architectures, giving rise to about 200 scientific publications and generating numerous exploitation perspectives with social and economic impact.
The design, synthesis, characterization and processing of new materials has been the main focus of the project, with work on (i) n-type and ambipolar semiconductors, (ii) low-k dielectrics, (iii) printable metals, (iv) transparent carbon based conductors, (v) low work function electrodes and self-assembled monolayers able to tune their work function, (vi) transparent, flexible and highly conducting materials, (vii) solution-processed photovoltaic materials, (viii) vacuum-deposited small molecules, (ix) triplet emitters based on copper complexes, (x) blue emitters with short lifetimes, (xi) infrared emitters, (xii) self-assembled monolayers with reproducible, reversible and stable optical, magnetic and electrical switch. The new materials have also been assessed into devices such as (i) field effect transistors, (ii) logic circuits, (iii) biocompatible strain sensors, (iv) photovoltaic devices, (v) light emitting diodes, (vi) light emitting transistors, (vii) non-volatile memories, (viii) sensors for NOx, (ix) pH and dopamine, (x) smart and responsive surfaces. Finally, companies have optimized processes for scale-up of the best materials and produced test devices allowing the transformation of technologies into business.
For more information please visit: www.one-p.eu
The ONE-P project objective is to position Europe as the leader of industrial development in this field by developing Organic Nanomaterials and their fabrication technology, thus helping the creation of a virtuous cycle.
The consortium composed of 28 partners from academia, research centers and industries, located in 11 European countries implemented a holistic approach: from design, synthesis, characterization, processing and fabrication to applications. The results are numerous, from new understanding, materials, processes and device architectures, giving rise to about 200 scientific publications and generating numerous exploitation perspectives with social and economic impact.
The design, synthesis, characterization and processing of new materials has been the main focus of the project, with work on (i) n-type and ambipolar semiconductors, (ii) low-k dielectrics, (iii) printable metals, (iv) transparent carbon based conductors, (v) low work function electrodes and self-assembled monolayers able to tune their work function, (vi) transparent, flexible and highly conducting materials, (vii) solution-processed photovoltaic materials, (viii) vacuum-deposited small molecules, (ix) triplet emitters based on copper complexes, (x) blue emitters with short lifetimes, (xi) infrared emitters, (xii) self-assembled monolayers with reproducible, reversible and stable optical, magnetic and electrical switch. The new materials have also been assessed into devices such as (i) field effect transistors, (ii) logic circuits, (iii) biocompatible strain sensors, (iv) photovoltaic devices, (v) light emitting diodes, (vi) light emitting transistors, (vii) non-volatile memories, (viii) sensors for NOx, (ix) pH and dopamine, (x) smart and responsive surfaces. Finally, companies have optimized processes for scale-up of the best materials and produced test devices allowing the transformation of technologies into business.
For more information please visit: www.one-p.eu
