Research: NanoElectronics

The control and manipulation of electrons and their spins in both organic and inorganic materials is at the heart of the flourishing field of nanoelectronics. It comprises a beautiful mix of intriguing physical phenomena and revolutionairy novel concepts for devices and systems with improved performance and/or entirely new functionality. Our nanoelectronics research involves:

-	Development of innovative nanoscale electronic and spintronic devices

-	Exploring the underlying (quantum) physics and materials science

-	Implementation in novel functional devices for nanoelectronics and information storage

-	Nano-fabrication and nano-characterization technology

Hybrid inorganic/organic bottom-up nanoelectronics

Quantum electronics

Magnetic semiconductors

SVT and MTT devices

Organic spintronics

Silicon spintronics

Magnetic microscopy