Advancing Quantum Computing with Time-Division Multiplexed Annealing Techniques

Explore our innovative approach to quantum computing, implementing time-division multiplexed annealing on D-Wave Advantage2. We develop advanced microwave pulse shaping and hybrid Monte Carlo samplers to enhance quantum work fluctuations and validate our findings through direct measurements and rigorous theoretical frameworks.

5/8/20241 min read

A 3D model of an atom with metallic and glossy elliptical rings surrounding a cluster of black and reflective spheres at the center, set against a dark background. Warm orange highlights accentuate the structure and add contrast to the composition.
A 3D model of an atom with metallic and glossy elliptical rings surrounding a cluster of black and reflective spheres at the center, set against a dark background. Warm orange highlights accentuate the structure and add contrast to the composition.

Quantum hardware innovation

Innovation

Advancing quantum computing through novel methodologies.

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