Center for Nanostructured Graphene (CNG)


Center leader:

Professor Antti-Pekka Jauho


2012 - 2022

Application round:

7th Round

Host institution(s)

Technical University of Denmark


90.0M DKK

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Graphene – a two-dimensional layer of carbon atoms in a hexagonal pattern – has a combination of unique properties: it conducts electricity like a good metal but is nevertheless transparent; it is hard as a diamond and stronger than steel, and, finally, even the smallest atoms cannot penetrate through it.

Graphene is an ideal platform for numerous investigations in basic science. In addition to the scientific interest, these properties imply a huge potential for future applications, such as nanoelectronics, ultrasensitive sensors, quantum information technology, optics and nanobiotechnology.

In order to fully exploit these ideas it is necessary to nanostructure graphene, e.g. by fabricating regular nanoscale perforations. Using these structures one can attain a better control of electrical and thermal currents, as well as optical and chemical properties.

CNG’s goal is to bring these theoretical concepts into reality: we intend to fabricate these structures, analyze their properties with different experimental techniques, and using detailed theoretical modeling reach a thorough physical understanding of their properties.

The Center’s long term perspective is to create a new generation of components whose functionality is based on advanced graphene technology.

In parallel we will educate a new generation of scientists and engineers with a thorough understanding of this cross-disciplinary research area, to the benefit of our future society. We have dreams of revolutionary applications such as parallelized DNA sequencing or solid-state implementations of qubits.

Annual highlights

Highlights 2021

Highlights 2020

Highlights 2019

Highlights 2018

Latest news

Other June News in Brief

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CNG researchers show how electric fields can be used to control chemical bonds

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Three researchers with affiliation with the DNRF each receive a Villum Investigator grant

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