First Floor Facilities
Rapid prototyping, inspection and testing of advanced nanophotonic devices.
Quantum Devices Manufacturing Facility
Manufacturing of quantum nanophotonic devices with on-demand positioning of quantum nanoscale light sources.
Nanoscale, time-resolved, cryogenic, hyperspectral cathodoluminescence optical spectroscopy in UV-NIR spectral range.
Microspectral photoanalysis of nanophotonic devices, from the UV to the NIR spectral range.
Development and characterization of ultra-compact nanophotonic and optoelectronic devices at deeply subwavelength scale.
Probing light-matter interactions with femtosecond time resolution in nanoscale photonic platforms.
Atoms and Nanophotonics
Exploring interactions of atoms with tailored light using nanophotonics and metamaterial devices.
Design and exploration of coherent interactions of quantum light and matter in nanophotonic landscapes.
Novel infrared nanophotonic device architectures for classical and quantum nanoscale light sources, detectors and sensors.
Second Floor Facilities
Terahertz photonic devices for 6G communications, molecular sensing, and probing high temperature superconductivity.
Rapid prototyping and characterization of microwave photonic devices, including automated field mapping and vector network analysis.
High pressure Raman and photoluminescence studies of 2 dimensional and perovskite materials.
Molecular Beam Epitaxy-ARPES-Sputtering Cluster for the growth and characterization of topological and superconducting thin films.
Pushing the limits of imaging and metrology down to the molecular scale with topological light illumination and artificial-intelligence.
Facilitating ideas exchanges and collaborations among CDPT projects and researchers.