The hub was at the world’s leading trade fair for photonics which took place in Munich from 24-27 June and showcased a number of new research technologies as well industrial partnership projects to highlight how joint academic-industry collaboration was leading to commercialisation of new imaging technologies. Exhibits included an automated ... read more
QuantIC will be at Laser World of Photonics in Munich from 24-27 June and will presenting a number of demonstrators to highlight the Hub’s role in translating leading imaging research into innovative technology from initial idea to field testing, prototyping and commercialisation through industrial collaboration. The international trade fair for ... read more
QuantIC will be at Photonex Scotland and Laser World of Photonics next month and will bring industrial collaboration to the forefront to highlight the Hub’s role in developing new imaging technologies as part of the UK National Quantum Technologies Programme. Photonex Scotland, which takes place in Glasgow on 5 June ... read more
QuantIC’s new augmented reality exhibit was met with wild enthusiasm by visitors at New Scientist Live in London where it was exhibited as part of Quantum City last weekend. The interactive exhibit was developed specially to raise awareness of the Hub’s technologies such as photon-counting LIDAR and gas imaging and ... read more
Lasers are effective, they are directional and extremely well behaved in almost all optical properties. However the measurement of laser intensity is uncertain, varying slightly from pulse to pulse. This noise arises from the particle (photon) nature of light, and leads to the fundamental limit in precision that we can ever achieve with a laser: shot-noise. This can be an issue in scenarios such as spectroscopy, absorption on imaging and low light range imaging.
At QuantIC we have engineered “Q”, a source of light that delivers exactly the number of photons that we want for the job thus going below the shot-noise limit. By harnessing the precision of the single photon, we not only suppress noise to below the shot noise limit, but can reach the ultimate level of precision allowed by quantum mechanics.
QuantIC is seeking to develop sub shot noise imaging technology demonstrators in both general and specialised applications of visible, NIR and long wavelengths. We also welcome exploration of applications where the technology can deliver superior performance in areas such as:
• Bio imaging • Healthcare diagnostics • Security and defence • Precision manufacture