Turing AI Fellow & Reader at University of Strathclyde. Research Interests: Neuromorphic Photonics, Photonics for AI, Nanophotonics, Semiconductor Lasers.
Check out our new paper reporting on Photonic Spiking Neuron systems for detection and tracking tasks at high speed. Great work from the 'Rising Star' Josh Robertson at our group in @UniStrathclyde@PhysicsStrath@StrathScience
Happy to share our recent work reporting on an ultrafast, powerful and efficient photonic spiking neural network built with just one semiconductor laser. #photonics#neuromorphic#computing#ai
Check out our new work on optical spiking neurons built with nanostructure Resonant Tunnelling Diodes for novel, efficient and high-speed #photonic#neuromorphiccomputing and #ai hardware
At the University of Sydney, “the person in my office who greeted people, opened the mail and made cups of coffee earned more than some senior academics at UCL,” Michael Spence, president and provost of @ucl, on funding of UK HE #THELivebit.ly/3hMaYut
A huge congratulations to our #FallingWallsLab Scotland Winner Matej Hejda 🏆
Well done to runners up Mohammed Al Qaraghuli and Melanie Ridgeway, and audience prize winner Pavlos Papadopoulos👏
This #OPG_OMEx feature issue will highlight recent advances in the field of neuromorphic photonics for light-enabled machine learning and AI systems. Submissions open 01 November. @AHurtadoLab@BhavinJShastriow.ly/jaA350GzebI
This #OPG_OMEx feature issue will highlight recent advances in the field of neuromorphic photonics for light-enabled machine learning and AI systems. Submissions open 01 November. @AHurtadoLab@BhavinJShastriow.ly/c5Hq50GwtJ8
13/ This demonstrates a complete RGB image encoded into rate-coded temporal representation with an off-the-shelf VCSEL functioning as a native photonic spiking information encoder. 🎉 @AHurtadoLab@PhysicsStrath#AcademicTwitter#phdchat