ForLab-NataliE aims to position German universities as key innovation hubs in microelectronics, promoting a collaborative network that bridges research with practical applications. By expanding cross-university partnerships and enhancing ...

In future, the Aachen Microelectronics Research Laboratory for 2D Electronics will produce and investigate 2D materials consisting of individual layers of stable crystals that can be stacked.

The Dresden Microelectronics Research Laboratory for Reconfigurable Electronics develops components and simple circuits based on nanowires or 2D materials.

The Karlsruhe Microelectronics Research Laboratory for Manufacturing Technologies of High-Frequency Systems develops digital technologies and concepts for the assembly and connection technology of high-frequency electronic and photonic circuits.

Integrated light sources on silicon, innovative optical sensors and electro-optical technologies for communication are to be developed in the Research Laboratory Functional Materials for Optoelectronic More-than-Moore Components on the Silicon ...

The Paderborn Microelectronics Research Laboratory for Reliability in Power Electronics is involved in application research into new semiconductors with a high band gap.

Bringing together two key technologies is the aim of the Hamburg Microelectronics Research Laboratory for the Co-integration of Electronics and Photonics.

The Research Laboratory Microelectronics for Magnetic Field Sensors Bielefeld and Mainz combines theoretical modelling with state-of-the-art thin-film technologies and complex methods for the characterisation of sensor characteristic fields.

The Freiberg Microelectronics Research Laboratory for Power Electronics Materials is investigating novel materials for power electronics applications.

More computing power with less energy consumption - this is the goal of the Ilmenau Microelectronics Research Laboratory for Neuromorphic Electronics.

The Bochum Microelectronics Research Laboratory for 2D Electronics wants to pave the way for ultra-thin, two-dimensional materials in industrial applications.

The Freiburg Microelectronics Research Laboratory for Hybrid Integration Technologies is working on electronic systems for medical applications that can measure both biological parameters of patients and environmental influences.

The Duisburg-Essen Microelectronics Research Laboratory for High Frequency Beamforming enables research into complex electronic and photonic chips for terahertz components for industrial applications.