Research

We cover experimental and theoretical aspects of 2D materials and run the 2DTU fabrication and processing facility for 2D materials within 3 research clusters: Electronics, Light-matter Interactions and Matter Transport. We collaborate across the teams and disciplines in numerous projects, and are always interested in exploring new ideas.

Research groups in 2DPHYS

Light-matter interactions

  • Applied Nano-optics - Controlling and manipulating light using novel optical nanomaterials, such as metals, semiconductors, and two-dimensional materials (Associate Professor Søren Raza)

  • 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 (Assistant Professor Simone Latini)

Matter transport

  • 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)
  • 2D Innovations - We address commercial challenges in climate tech applications using large-scale 2D materials (Researcher Abhay Shivayogimath)

Electronic transport

  • 2D Electronic Materials - Engineering thermodynamic / quantum phases and emergent properties of 2D materials and freestanding oxides using nanofabrication, and explore the possibilities for future electronics.  (Professor Peter Bøggild)

  • Theoretical Nanoelectronics - Theory and computer simulation of transport properties of Nano-scale devices “under working conditions” – i.e. out of equilibrium (Professor Mads Brandbyge)

  • Engineered Quantum Phases - Advanced lithographic engineering of 2D material patterns that reveal new quantum phases (Assistant Professor Bjarke Sørensen Jessen)

  • Correlated states and magnetometry - Correlated states in 2D materials for high temperature quantum applications (Researcher Manh-Ha Doan) 

  • Theoretical Nanotechnology - quantum phenomena in nanostructures based on modern two-dimensional systems. (Emeritus Antti-Pekka Jauho)

 

Subpages