Welcome to the AG Weitz!

We investigate the fundamental electronic properties of novel nanoscopic systems such as 2D-materials (graphene etc.) and organic semiconductors. These materials are a versatile playground to study basic quantum phenomena and are of interest for energy harvesting and large-area flexible electronics. We study their properties via a combination of electrical, optical and morphological investigations and aim to gain a detailed understanding of how small deterministic changes to the systems of interest, as for example introduced by electric or magnetic fields, adsorption of molecules or the breaking of various symmetries can influence the overall behavior of the electronic and quantum transport phenomena.

> Further information on our research

News

• 27.03.2023
  Lecture announcement: "Quantum transport in nanoscopic systems"
• 21.02.2023
  JPhys Materials 2022 Early Career Award
• 02.02.2023
  HOT article in the journal Physical Chemistry Chemical Physics
• 16.01.2023
  New paper online: "Annulated Azuleno[2,1,8-ija]azulenes: Synthesis and Properties"
• 09.01.2023
  New paper online: "High-gain, low-voltage unipolar logic circuits based on nanoscale flexible organic thin-film transistors with small signal delays"