When building a quantum computer, the need to isolate qubits from environmental effects must be balanced against the need to engineer site-specific, controllable interactions with external fields. In our paper recently published in Nature Communications, we show results from our first-generation quantum computing system called Phoenix, which successfully navigates these competing requirements while demonstrating the capability to load more than 100 qubits.
Read MoreThe Quantum Effect: What impact will #quantum computing have on business, the talent market, and more as its use cases evolve? Listen in to an insightful conversation with Rob Hays, Julian van Velzen and Olivia Lanes, PhD in this Capgemini Invent podcast.
Read MoreRob Hays, CEO Rob Hays discusses Atom Computing’s architecture of nuclear-spin qubits made from neutral atoms. He shares how the technology will enable large-scale quantum computers and the necessity for coherent, error-corrected systems -- exploring applications and use-cases that quantum computing can help solve as the system scales to 1,000s of qubits and beyond.
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