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Analogue Quantum Computing with Neutral Atoms

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The quantum computing platform based on neutral-atom qubits held and controlled by laser beams is taking the field by the storm. I will focus on an analogue-mode device called Aquila, QuEra’s publicly accessible neutral-atom quantum computer sporting up to 256 qubits arranged in programmable arrays and global control of the Rydberg interactions between them. I will start with how Aquila works under the hood and describe its capabilities accessible to you on the cloud. I will then present several pilot applications using Aquila in quantum simulation and machine learning. I will then describe the next-generation, digital-mode quantum computer, capable of universal programmability and error correction, with an outlook towards fault tolerance and scale.

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