Bio-inspired superconducting sensors for sub-THz technologies

Objective : The overall objective is to develop an ultrasensitive, on-chip sub-THz spectrometer that mimics the cochlea’s remarkable ability to decompose complex audio signals. This will be achieved by combining graded metamaterial designs with the nonlinear dynamics of superconductors.

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Local sub-THz photons for coherent light-matter interaction

The goal of this project is to build a quantum spectrometer in the meV range that opens the road
for the study of quantum coherences in low dimensional systems. It lies at the frontier between microwave and
optics will enrich two fields of research and give access to mesoscopic phenomena such as magnonic excitations

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