Public/private collaborative projects
Other projectsHOMERIC
Hierarchical Assembled Organic Materials for Electronics
The goal of HOMERIC was to encourage the use of carbonbased materials in the electronics industry. Self-assembly was used to supply products with multiple, amplified functions. The concept was applied to four challenges inherent in organic electronics:
- materials and treatment methodologies for lithographic applications below 22 nm, drawing on the directed selfassembly of block copolymers ;
- developing conductive organic printable inks for transparent electrodes as an alternative to indium tin oxide (ITO) ;
- formulating electrophoretic colour inks used in reflective electronic displays ;
- developing multifunction organic materials combining the advantages of semiconducting and ferroelectric polymers to produce innovative electronic devices for sensors, actuators and energy-related problems.
ANR programme: CHIN
Edition, project duration: 2013, 60 months
ANR grant: € 1,240,000
Coordinator:
- Georges Hadziioannou
Université de Bordeaux (LCPO)
hadzii@enscbp.fr
www.hadziiteam.com
Project region: Nouvelle-Aquitaine
Main publication or contribution:
-
Sub-10nm features obtained from directed self-assembly of semicrystalline polycarbosilane-based block copolymer thin films. K. AISSOU, M. MUMTAZ, G. FLEURY, G. PORTALE, C. NAVARRO, E. CLOUTET, C. BROCHON, C. ROSS, G. HADZIIOANNOU
Adv. Mater. 2(52), 261-265 (2015). -
Templated Sub-100-nm-Thick Double-Gyroid Structure from Si-Containing Block Copolymer Thin Films. K. AISSOU, M. MUMTAZ, G. PORTALE, C. BROCHON, E. CLOUTET, G. FLEURY, G. HADZIIOANNOU. Small, Wiley-VCH Verlag, 2017, pp.1603777. DOI: 10.1002/smll.201603777.
Partner:
- ARKEMA

HOMERIC led to the creation of a whole ecosystem for organic electronics at local, national and international level. The project gave rise to a new academic-industrial consortium including start-ups, SMEs and large corporations with the aim of taking the work even further.