CRC 951/3: Active Control of Charge Transport and Electro-Optical Interface Properties in HIOS (SP B14)

At a glance

Project duration
07/2019  – 06/2023
DFG classification of subject areas

Experimental Condensed Matter Physics

Funded by

DFG Collaborative Research Centre DFG Collaborative Research CentreDFG Collaborative Research CentreDFG Collaborative Research Centre

Project description

The central objective of this project is to study and use monolayers of transition metal dichalcogenides (TMDCs) in combination with photochromic and solvatochromic molecules to realize novel opto-electronic functionalities and devices. For this purpose, we will study the mechanism relating dipole modulation in the switching molecules with transport modulation in the TMDC/molecule hybrid inorganic/organic system (HIOS), realize an integrated plasmonic and opto-electronic switching device emulating neuromorphic behaviour, and realize novel near infrared detectors.

Cooperation partners

  • Cooperation partner
    UniversityGermany

    Free University of Berlin

  • Cooperation partner
    Non-university research institutionGermany

    Fritz Haber Institute of the Max Planck Society

  • Cooperation partner
    Non-university research institutionGermany

    Helmholtz Center for Materials and Energy

  • Cooperation partner
    UniversityGermany

    Technical University of Berlin

  • Cooperation partner
    UniversityGermany

    University of Potsdam