Research

Hybrid quantum-classical generative models

Generative models are machine learning models that can be used to efficiently generate new data (for e.g. see DALLE-2, StyleGAN2).

We recently explored how deep generative models can be used to simulate sub-atomic interaction of high-energy particles produced at the Large Hadron Collider. In addition, we explored how we can use superconducting quantum annealers in a hybrid quantum-classical setting to improve on existing classical generative models and potentially demonstrate a quantum advantage 🥳 .

Differentiable quantum transforms

Diffentiable quantum transforms are meta-programs that can modify quantum circuits in a differentiable manner. We’re currently exploring their applications to quantum gradients, compilation and error mitigation.

2023

New Webpage

I’m very excited to have this new webpage running. The webpage uses Jekyll and the Minimal Mistakes theme.

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