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Information and Communication Technologies

Information and Communication Technologies

Advancing AI, machine learning, quantum technologies, and neuromorphic computing. Work spans neuromorphic systems, flexible electronics, quantum sensing, nanoscale fabrication, and nanolasers, shaping the next generation of computing and communication technologies.

Core technologies

Atomically thin layers can be transferred to full wafers and used to make functional devices.

Graphene Devices

Atomically thin layers can be transferred to full wafers and used to make functional devices.

Microelectromechanical systems take advantage of scale factors to produce ultra-sensitive sensors and actuators

MEMS

Microelectromechanical systems take advantage of scale factors to produce ultra-sensitive sensors and actuators

Devices that explore the spin, rather than the charge of the electron, as a way to collect, communicate and process information.

Spintronics

Devices that explore the spin, rather than the charge of the electron, as a way to collect, communicate and process information.

Photonic nanoscale integrated devices that combine on-chip multi-functionalities for energy-efficient emission, transmission, detection and sensing, and processing of light signals.

Photonic Devices

Photonic nanoscale integrated devices that combine on-chip multi-functionalities for energy-efficient emission, transmission, detection and sensing, and processing of light signals.

Sensors must be installed minimally invasive, integrated, cable-free, capable of operating with virtually no maintenance costs, and with minimal environmental impact.

Systems Integration

Sensors must be installed minimally invasive, integrated, cable-free, capable of operating with virtually no maintenance costs, and with minimal environmental impact.

Modular technology platforms can produce wireless and autonomous sensor networks capable of operating in many environments, depending on the application.

Autonomous Sensor Networks

Modular technology platforms can produce wireless and autonomous sensor networks capable of operating in many environments, depending on the application.

Efficient data processing and integrating novel and non-conventional technologies with conventional CMOS are key for further developments in this area.

Beyond CMOS

Efficient data processing and integrating novel and non-conventional technologies with conventional CMOS are key for further developments in this area.

We aim to understand low-dimensional materials, 1D and 2D van der Waals heterostructures, point defects, and ways of assembly with atomic-scale precision.

Atomically Precise Materials

Select photoWe aim to understand low-dimensional materials, 1D and 2D van der Waals heterostructures, point defects, and ways of assembly with atomic-scale precision.

We develop neuromorphic devices for the next-generation computational technologies which mimic our energy-efficient highly-productive brain functions.