ASCENT+ launches Transnational Access to European nanoelectronics infrastructure

01/28/2021 - ASCENT+ launches Transnational Access for the nanoelectronics research community to key European institutes

Researchers across the globe can now access leading nanotechnology and micro/nano-electronics institutes to address emerging research challenges, though the EU funded program ASCENT+. This Transnational Access (TA) program offers free-of-charge access and expertise at partner research sites to enhance the research and innovation path for both academic & industry researchers.

© ACENTPlus
© Fraunhofer IAF
Fraunhofer IAF contributes its cutting-edge research infrastructure in the field of nano-structured compound semiconductors and devices made from synthetic diamond.

ASCENT+ presents a unique opportunity for Europe to regain global leadership in Nanoelectronics at a pivotal time as the horizon broadens beyond Moore’s law. Giorgos Fagas, ASCENT+ Lead and Head of EU Programs at Tyndall National Institute said “Our Transnational Access Program has the ambition to become the powerhouse of the next era in Nanoelectronics driving demonstrations of: quantum advantage using solid-state platforms; low-power, energy-efficient, high-performance computing based on disruptive devices; and increased functionality through advanced integration of a diverse range of materials and innovative technologies. ASCENT+ offers an unparalleled access opportunity to users, empowering them to respond to these new problems and to advance knowledge and technology through generating novel results and nurturing talent in their own labs.”

 

Research infrastructure at Fraunhofer IAF

Fraunhofer IAF contributes its cutting-edge research infrastructure in the field of nano-structured compound semiconductors and devices made from synthetic diamond. Fraunhofer IAF runs several reactors for chemical vapour deposition of diamond. Homoepitaxy is carried out to obtain diamond layers with highest purity and defined dopant concentration. P-type (B-doped) and n-type (P-doped) layers are available as well as N-doping for quantum technologies with NVs. Poly- and nanocrystalline diamond is grown on wafer-scale level. For further process steps, lithography and etching equipment is available for dry chemical diamond structuring, and polishing equipment and laser cutters are available for diamond substrate preparation.

Further Information

ASCENT+ Project Profile

Read more about the project and the participation by Fraunhofer IAF at the project profile.

Quantum Systems at Fraunhofer IAF

All information about research in quantum systems at Fraunhofer IAF can be found here:

ASCENT+ Project Page

Learn more about the project, the partners and their unique infrastructure in the field of nanoelectronics.