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Quantum Science and Technology
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Facilities
Facilities
- Cryogenic wide-field optical microscope with green excitation and sCMOS camera (based on closed-cycle cryostat attoDRY1000 from Attocube, base temperature 4 K):
![](https://blogs.unimelb.edu.au/quantum-technology/files/2016/08/IMG_20190408_152438292-1c55otx.jpg)
- Wide-field optical microscope with green excitation and sCMOS camera (“Argus” system):
![](https://blogs.unimelb.edu.au/quantum-technology/files/2016/08/Dual_laser_Argus_set-up-1jdtmj5.jpg)
- Wide-field optical microscope with green excitation and sCMOS camera (“Zyla” system):
![](https://blogs.unimelb.edu.au/quantum-technology/files/2016/08/Zyla_set-up-1gcw9yq.jpg)
- Wide-field optical microscope with green excitation, sCMOS camera and temperature/oxygen control (“Bio” system):
![](https://blogs.unimelb.edu.au/quantum-technology/files/2016/08/Bio-1q3n41i.jpg)
- Confocal microscope with green excitation and single-photon detectors (“Python” system):
![](https://blogs.unimelb.edu.au/quantum-technology/files/2016/08/IMG_20190410_101153695-26i49aw.jpg)
- Confocal microscope with dual-wavelength excitation and single-photon detectors (“Phoenix” system):
![](https://blogs.unimelb.edu.au/quantum-technology/files/2016/08/Conf3-2cah3is.png)
- Confocal microscope with liquid nitrogen cryostat:
![](https://blogs.unimelb.edu.au/quantum-technology/files/2016/08/Cryo-21v9owe.png)
- Combined confocal/AFM microscope (hosted at the Bio21 Institute):
![](https://blogs.unimelb.edu.au/quantum-technology/files/2016/08/Bio21-19wfyvj.png)
Quantum Science and Technology