Video-rate imaging in the infra-red but using a normal (visible) camera. 👍@OpticsOsian and Emma Pearce @QuantIC_QTHub Single-frame transmission and phase imaging using off-axis holography with undetected photons | Scientific Reports https://t.co/oQ2u01ROBx
Been having so much fun at CLEO I almost missed this! A photon counting detector array represents a huge leap in imaging technology and I’m sure it will find many interesting applications in quantum imaging, sensing and life sciences. Thank you to all involved
A collaboration with @HamamatsuPhoton using their new Orca camera that literally counts the number of photons! We use it to see the quantum image while rejecting the classical noise @QuantIC_QTHub https://t.co/snYxNEWckI
Prediction of bi-diffraction: when right and left circular light components go different ways after atomic interaction. Just out in optics express #OPG_OpEX
https://t.co/dosikCtpKT
Result of Chunfang Wang's 2020 visit from University of Shanghai to @glasgowoptics
Its all systems go at QuantIC, as we are preparing for attending the much anticipated #LWOP22, in Munich tomorrow! Hall A4/232 We will be bringing the #Quantum...
@PhotonicsWorld#Show#Technology
https://t.co/gSMbQluCtz
Its all systems go at QuantIC, as we are preparing for attending the much anticipated #LWOP22, in Munich tomorrow! Hall A4/232 We will be bringing the #Quantum...
@PhotonicsWorld#Show#Technology
https://t.co/gSMbQluCtz
Latest paper from the quantum imaging lab here @glasgowoptics - subtracting classical data from quantum images in order to vastly improve the noise rejection performance of the system by removing false positive quantum events https://t.co/3RuQn0hJ2p