Research
We cover experimental and theoretical aspects of 2D materials and run the 2DTU fabrication and processing facility for 2D materials. We collaborate across the teams and disciplines in numerous projects, and are always interested in exploring new ideas.
Research groups in 2DPHYS
- 2D Electronic Materials - We engineer thermodynamic / quantum phases and emergent properties of 2D materials using nanofabrication, and explore the possibilities for future electronics. (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)
- 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)
- 2D Innovations - 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 - quantum phenomena in nanostructures based on modern two-dimensional systems. (Emeritus Antti-Pekka Jauho)