For characterizing integrated photonic devices and optoelectronic chips for various applications, including optical signal processing, photonic computing, entangled photon-pair generation, and integrated lidars. Key facilities include:
• Wavelength tunable infrared lasers
• High-speed modulators and detectors
• Optical spectra analyzers
• RF sources, spectra analyzers, and network analyzers
• Superconductor-based single-photon counters
• Liquid Helium cryogenic probe station

For characterizing photonic nano-structures, quantum materials, and hybrid light–matter quantum states. The system grants full control over nearly all degrees of freedom of photons, with ultrafast time resolution of 100 fs. Key facilities include:
• Custom angle-resolved microscope
• Transient pump-probe system
• High-resolution spectrometer & single-photon detection setup
• Piezo scanning stages, lock-in amplifier, cryostat

For characterizing optical/electrical pumped semiconductor lasers at communication bands. Key facilities include:
• Pump lasers (high power ns laser)
• High-power electrical source
• Infrared spectrometer (Andor Kymera + iDus CCD)
• Infrared CMOS camera (Hamamusu)
• Superconductor-based g2 measurement system

Under construction...