- 2D Electronic Materials - We explore the unique properties of low-dimensional materials and how these can be engineered towards novel types of devices and technology.
(Professor Peter Bøggild) |
- Applied 2D Materials - Correlation of structure with properties at the finest scales. New atomic scale patterning strategies and fabrication techniques enabled by 2D materials.
(Associate Professor Tim Booth) |
- Functional Materials - Electromechanical interactions, in particular how residual strains created by defects such as vacancies, dislocations, inclusions and grain boundaries.
(Associate Professor Hugh Simons) |
- Theoretical Nanoelectronics - Focused on theory and computer simulation of transport properties of Nano-scale devices “under working conditions” – i.e. out of equilibrium.
(Professor Mads Brandbyge) |
- In 2D Innovate - We focus on addressing commercial challenges in climate tech applications using large-scale 2D materials
(Researcher Abhay Shivayogimath) |
- Theory of light-matter interaction in quantum materials - Strong interaction of a material with light can be exploited to alter the material properties altogether, in and out-of-equilibrium.
(Associate Professor Simone Latini) |
- Applied Nano-optics - We focus on controlling and manipulating light using novel optical nanomaterials, such as metals, semiconductors, and two-dimensional materials.
(Associate Professor Søren Raza) |
- Theoretical Nanotechnology - The Theoretical Nanotechnology group works on quantum phenomena in nanostructures based on modern two-dimensional systems.
(Emeritus Antti-Pekka Jauho) |