Tracks

Qruise is developing a machine-learning-based toolset to expedite the growth and quantum computing and quantum sensing. Our processes can rapidly initialize and characterize the device in fine detail, enabling us to pinpoint the origins of performance bottlenecks. Qruise tackles the inverse problem, that is, deconstructing the device under development, with the intention of quickly identifying […]

  The Quantum Information Sciences (QIS) branch at the Air Force Research Laboratory’s Information Directorate (Rome Lab) performs cutting-edge experimental and theoretical research in a multitude of topics at the frontiers of quantum computing and quantum networking. Conducted in support of Air Force strategic objectives in quantum information processing and entanglement distribution, the QIS branch […]

The High Performance Computing (HPC) community is technically deep, pursues grand challenge problems, and is eager to experiment with promising new tools with an early-adopter mentality. This makes it the ideal destination for emerging technologies in general, and quantum computing in particular. This talk is a condensed dive into a framework for what HPC is […]

David Shaw, Chief Analyst, GQI

We will introduce the practical quantum benefits in material developments (as a preliminary step to quantum advantages). These include quantum neural network models for materials informatics (with generalization performance superior […]

Headquartered in Paris, France and co-founded by Nobel laureate Prof. Alain Aspect, PASQAL is a full-stack quantum computing company focused on achieving near-term quantum advantage on neutral atom quantum computers. […]

We introduce an innovative hybrid quantum-classical generative approach for designing new ligands and apply it to a protein target involved in cancer. Our method synergistically combines the strengths of Long […]