Quantum imaging is an emerging and rapidly developing field that involves using and engineering novel quantum phenomena to inform new imaging methods and technologies. At the intersection of quantum mechanics and imaging, these techniques have capabilities beyond classical imaging and will revolutionise the industry.
Useful quantum phenomena such as entanglement, superposition, tunnelling, correlation, interference, superconductivity or superfluidity can be used to enhance existing techniques with improved sensitivity or resolution, and can also develop entirely new quantum imaging techniques.
Our scientific camera range is already in use testing, characterising and developing exciting new quantum imaging technologies and harnessing the unique properties at the quantum scale.
Recommended Cameras for Quantum Imaging
Prime 95B
Back-Illuminated sCMOS with Large Pixels
- Highly sensitive back-illuminated sCMOS for science
- 95% QE and low noise levels
- Large 11 µm pixels
Kinetix
High Speed, Large Sensor sCMOS
- Faster: 500 fps full-frame to capture dynamic samples
- Bigger: 29 mm, 10 MP sensor for high-content imaging
- More Sensitive: 96% QE and sub-electron read noise
Prime BSI Express
Compact, Powerful sCMOS for High-Speed Imaging
- Highly sensitive back-illuminated sCMOS for science
- 95% QE and ultra-low 1.0 e⁻ read noise
- 95 fps over USB 3.2
ProEM
Ultralow Light Detection Camera
- Deep cooling
- ≥95% quantum efficiency
- eXcelon 3 technology
Resources from the Learning Center
View All
Deep-Cooled InGaAs FPA Camera Enables High-Speed, High-Resolution In Vivo Imaging of SWIR-Emitting Quantum Dots
Read the Story