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Molecular-beam epitaxy system
Type: Material growth equipment
Function: The system can grow atomically flat thin film and nano-structures of semiconductors in ultra-high vacuum environment.
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Electron-beam lithography system
Type: Material fabrication equipment
Function: The system can draw designed shapes on a surface covered with resist. The pattern of resist that can subsequently be transferred to the substrate material by etching.
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Montana system
Type: Characterization setup
Function: The setup can provide a stable measurement environment from 3.2K to 350K with low thermal fluctuations and nanometer level vibrations.
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attoDRY800 system
Type: Characterization setup
Function: The system can provide a stable measurement environment from 3.8K to 320K and the magnetic field on sample to 9T.
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M Squared laser system
Type: Laser
Function: The system can produce continuous-wave, ultra-narrow linewidth laser from 725nm to 975nm.
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Coherent laser system
Type: Laser
Function: The system can produce pulse laser from 680nm to 1080nm with the width of 140fs.
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Michelson interferometer
Type: Characterization setup
Function: The setup can measure the coherent time of the incident light, operating at the wavelength around 780nm.
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Indistinguishability setup
Type: Characterization setup
Function: The setup can measure the indistinguishability of the incident light with the wavelength around 780nm.
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White light image setup
Type: Characterization setup
Function: The setup can take white light images of small structures with the resolution of several micrometers.
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Single spectrometer
Type: Characterization setup
Function: The setup can take spectrums of the incident light.
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Double spectrometer
Type: Characterization setup
Function: The setup can take spectrums of the incident light and has a higher resolution compared with the single spectrometer.
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Telecom-wavelength spectrometer
[Translate to English:] Type: Characterization setup
Function: The setup can take spectrums of the incident light at telecom-wavelength with high efficiency.
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Timetagger
Type: Time correlated single photon counter
Function: The device is used for converting single photon signals into fluorescence lifetime histograms or second-order intensity correlation histograms
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Four-channel superconducting nanowire single photon detector
Type: Characterization setup
Function: The detector can detect single photons with four channels optimized for signal wavelength at 800nm. It is significantly faster than conventional single photon detector.
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Single photon counting modules
Type: Characterization setup
Function: The setup can count single photons with high detection efficiency, and a temporal resolution of up to 350 ps.