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Strong light-matter coupling observed with a nanoscale thermal transducer in a single nano-cavity
Researchers at C2N, in collaboration with University of Rome (Italy), Istituto Italiano di Technologia (Italy), Rice University (USA) and University Leeds (UK), have demonstrated an original nanospectroscopy technique that permits the study of the light−matter interaction in single subwavelength-sized …
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Hydrogen sorption in yttrium-based getter thin films
We investigated the sorption of hydrogen by yttrium-based getters for their application to vacuum wafer-level packaging of microelectromechanical systems. Thin alloy films were co-evaporated under ultra-high vacuum on silicon wafers. Getters were activated by annealing during one hour under …
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Toward integrated photonic systems for laser beam control
Free-space laser beams are of core importance in many fast-growing technologies, including optical communications, 3D imaging and mapping, interconnects, and augmented reality. However, state-of-the-art solutions that allow to generate and control such beams typically comprise mechanical assemblies, moving parts …
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A multi-frequency passive resonator for the non-contact and non-invasive monitoring of organic materials
The non-invasive characterization of organic matter is a major issue in many fields of activity, such as agriculture, food industry and health. The complex permittivity being a relevant indicator of the physiological state of organic matter, especially in the …
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« Emerging Phenomena at the NanoScale » : PhenomeNaS, new International Research Project
This fundamental and experimental research project aims to discover new physical phenomena at the nanoscale by designing nanostructures, exploring interactions and developing experimental techniques. It comprises four interconnected work modules addressing unique research axes defined at the France-Argentina Workshop …
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