KNOWLEDGE HUB
 
    NEWS
 
    NEWS
ORCA Computing Advances Hybrid Quantum–Classical Integration with NVIDIA NVQLink
Building on its success integrating NVIDIA accelerated computing and the NVIDIA CUDA-Q platform with its PT-Series photonic systems, ORCA is bringing NVQLink to its proven hybrid architecture, to demonstrate how real-world, scalable quantum–AI systems can be deployed today.
 
         
    NEWS
Nonlinear Photonic Architecture for Fault-tolerant Quantum Computing
By introducing nonlinearities into photonic architectures, ORCA is unlocking a practical route to scalable, fault-tolerant quantum computing.
 
         
    NEWS
ORCA Computing, PCSS and Imperial College collaborate with NVIDIA to demonstrate a distributed quantum neural network in a hybrid HPC environment
ORCA Computing, the Poznan Supercomputing Networking Center (PCSS) and Imperial College London, in collaboration with NVIDIA announce a first demonstration of a distributed photonic quantum neural network on a hybrid HPC environment.
 
         
        PODCASTS & VIDEOS
 
    NEWS
ORCA Featured in Quantum Security Defence Webinar
ORCA Computing’s Chief Commercial Officer, Per Nyberg presented on the topic of Quantum Defence Applications on ORCA Quantum Photonic Systems.
 
         
    The Tech Talks Daily Podcast
Richard Murray, CEO and Co-founder, appeared on The Tech Talks Daily Podcast discussing ORCA’s impact on the quantum computing industry.
 
         
    Quantum Computing Watts the Future
Matt Watts Chief Technology Evangelist at NetApp interviewed our CEO and Co-founder Richard Murray on the impact of quantum on computing.
 
         
        REPORTS & PUBLICATIONS
 
    NEWS
Nonlinear Photonic Architecture for Fault-tolerant Quantum Computing
By introducing nonlinearities into photonic architectures, ORCA is unlocking a practical route to scalable, fault-tolerant quantum computing.
 
         
    ORCA Computing and EPFL Researchers Push the Boundaries of Quantum Photonic Circuit Training for Hybrid Quantum Algorithms
ORCA Computing and EPFL researchers develop a groundbreaking approach for training photonic circuits in hybrid quantum/classical algorithms.
 
         
    Academic Paper: The Travelling Salesman Problem
Daniel Goldsmith, Senior Quantum Computing Technologist, and Joe Day-Evans, Quantum Computing Technologist at Digital Catapult, have authored a paper on the Travelling Salesman Problem.
 
         
        WANT TO LEARN MORE?
Interested in learning more about ORCA and how quantum can be applied to your organisation? Please get in touch.
 
             
                