Laser Enabled Transfer of 2D Materials
The core concept of the Leaf 2D consortium is the development of a novel nano-manufacturing technology based on laser transfer techniques, which will allow a chemical- and defect- free transfer of 2D materials with high precision for optoelectronic devices.
This research involves the collaboration of various academic institutions and industry.
Consortium objectives:
CVD deposition of high-quality continuous p-type Bi2Se3 alloys and their bandgap engineering.
High performance graphene-QDs photodetector device fabrication by laser transfer techniques.
Development of fabrication processes of the Si photonic platform, enabling the development of various types of emitters.