ForLab 2D-ForME

A project at RWTH Aachen University

2D materials consisting of individual layers of stable crystals that can be stacked on top of each other – despite their different properties – are to be produced and investigated in future by the Microelectronics Research Laboratory Aachen for 2D electronics. The ForLab 2D-ForME will demonstrate the feasibility of large-scale production of individual 2D layers and complex (hetero)layer structures.

Using various coating, structuring and characterisation processes, the scientists led by Professor Dr Wilfried Mokwa aim to create material compositions with tailored mechanical, electrical and optical properties.

Seven technology-oriented chairs at RWTH Aachen University are involved in the research laboratory; six other chairs from the fields of physics and chemistry will also utilise the new possibilities.

In addition to silicon, which has dominated semiconductor technology to date, the researchers will also investigate alternatives such as graphene, other 2D materials, 2D layer stacks and 2D/3D heterostructures. These materials are expected to provide new functionalities, particularly in nanoelectronic components, optoelectronics and physical and chemical sensor technology.

At the same time, the scientists, together with their partners from industry, want to drive forward the further miniaturisation and performance enhancement of components and systems. The ForLab 2D-ForME contributes to Aachen maintaining its strong international position as a research centre for 2D microelectronics.

Further information:

Brochure „ForLab 2D-ForME – Forschungslabor Mikroelektronik Aachen für 2D-Elektronik“

Video „ForLab 2D-ForME – Forschungslabor Mikroelektronik Aachen für 2D-Elektronik“