LightOn goes Quantum

As compact replacements for fully-fledged optical circuits, and as an alternative to integrated photonics circuits, this novel range of devices is a compelling contender for scalable photonic linear quantum optical computing. Starting from the interfacing of several qubits in its first generation, we plan to increase the circuit size in future iterations, with the aim to rapidly demonstrate a quantum advantage. In this context, a key feature of these devices is the ability to offer low losses, all-to-all circuit connectivity, and easy reconfigurability at any circuit size.

Summary of LightOn AI meetup #14: “WeightWatcher: a Diagnostic Tool for Deep Neural Networks”

As compact replacements for fully-fledged optical circuits, and as an alternative to integrated photonics circuits, this novel range of devices is a compelling contender for scalable photonic linear quantum optical computing. Starting from the interfacing of several qubits in its first generation, we plan to increase the circuit size in future iterations, with the aim to rapidly demonstrate a quantum advantage. In this context, a key feature of these devices is the ability to offer low losses, all-to-all circuit connectivity, and easy reconfigurability at any circuit size.

LightOn Appliance, a photonic co-processor sets a new pathway for Transformative AI computing

As compact replacements for fully-fledged optical circuits, and as an alternative to integrated photonics circuits, this novel range of devices is a compelling contender for scalable photonic linear quantum optical computing. Starting from the interfacing of several qubits in its first generation, we plan to increase the circuit size in future iterations, with the aim to rapidly demonstrate a quantum advantage. In this context, a key feature of these devices is the ability to offer low losses, all-to-all circuit connectivity, and easy reconfigurability at any circuit size.

LightOn AI Meetup: Rethinking Attention with Performers

Summary of LightOn AI meetup #10: “Rethinking Attention with Performers: Towards New Transformers’ Revolution”

As compact replacements for fully-fledged optical circuits, and as an alternative to integrated photonics circuits, this novel range of devices is a compelling contender for scalable photonic linear quantum optical computing. Starting from the interfacing of several qubits in its first generation, we plan to increase the circuit size in future iterations, with the aim to rapidly demonstrate a quantum advantage. In this context, a key feature of these devices is the ability to offer low losses, all-to-all circuit connectivity, and easy reconfigurability at any circuit size.

LightOn Cloud

Welcome to LightOn Cloud 2.0 featuring LightOn Aurora OPUs

Today, we are proud to announce a major upgrade to LightOn Cloud service, now available for the AI community worldwide. LightOn Cloud 2.0 features a substantially increased capacity with our latest-generation Aurora 1.5 OPUs, the latest version of LightOnML library and simpler pay-per-use payment, booking, and support processes. LightOn technology is now deployed in two data centers through partnerships with France’s largest cloud providers, OVHcloud and Scaleway.