QUANTUM ELECTRONICS
Exploring two-dimensional electronic devices for quantum control at low temperature.
Project overview
Initiated by Dr. Farzan Gity and the 2D-made group at Tyndall National Institute, this project investigates two-dimensional materials and electronic devices for cryogenic quantum-controller architectures. Tyndall develops and produces advanced doped 2D semiconductor materials and fabricates the transistor devices.
QUANTUMAT works closely with Dr. Farzan Gity and his group at Tyndall National Institute on device characterisation and ultra-low-temperature physics, and provides advice on material and device architecture and optimisation. The collaboration also involves several research groups at the Institut des NanoSciences de Paris (INSP).
The focus is on the electronics needed to control and interface with quantum systems at low temperatures. QUANTUMAT’s contribution connects material properties and device behaviour with architecture and operating requirements, applying materials science and experimental physics to a defined technological challenge.
Research focus
Two-dimensional electronic devices
Study how the properties of 2D materials can be used in electronic device concepts relevant to quantum control.
Low-temperature characterisation
Evaluate electrical behaviour under cryogenic conditions to guide material selection and device design.
Controller integration
Assess how candidate devices could fit within a quantum-control architecture, with attention to electrical interfaces and operating requirements.
Development approach
The project connects 2D material-based device concepts with experimental evaluation. The next development steps will be shaped by the material platform, available samples and low-temperature measurement results.
The specific device stack, operating-temperature range and controller specifications will be described when those details are ready for publication.
Collaborations & Partnerships
