We build scalable quantum computers with atomic arrays that empower researchers & enterprises to achieve computational breakthroughs.

Berkeley, CA
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✓ Loading an atomic array of 1,200+ qubits. ✓ Keeping an atomic array fully populated with #qubits. ✓ Solving a major technical challenge for #quantumcomputers that use neutral atoms as qubits. rb.gy/nuqvlg
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Our peer-reviewed paper on mid-circuit measurement dropped! This represents another step toward fault-tolerant #quantum computing. Phys. Rev. X 13, 041034 (2023) - Midcircuit Qubit Measurement and Rearrangement in a $^{171}\mathrm{Yb}$ Atomic Array (aps.org)
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1,180 qubits and counting! Today, we became the first company developing universal, gate-based #quantum computers to exceed the 1,000-qubit threshold.  Learn more about this accomplishment and our quest to build a fault-tolerant #quantumcomputer. atom-computing.com/quantum-s…
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Attending the @ScienceWriters conference this weeked at @CUBoulder ? Stop by our booth, grab a sticker, and learn about atomic array #quantumcomputing!
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CEO Rob Hays talks about #quantumcomputing, the #electricgrid, and our collaboration with @NREL on the latest episode of @Protiviti 's The Post-Quantum World Podcast series. protiviti.com/us-en/podcast/…
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Supporting the #quantumcomputing ecosystem and the #development of #quantum applications are important to us.  Sponsoring the #visualization challenge at #QHack2023 enabled us to both. Meet the team that won the challenge. atom-computing.com/meet-qual…
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Here are links to the arXiv papers: *Mid-circuit qubit measurement and rearrangement in a $^{171}$Yb atomic array (arxiv.org) *Mid-circuit operations using the omg-architecture in neutral atom arrays (arxiv.org)
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It also is essential for detecting and correcting errors in real time. Today, two research groups, including a team at Atom Computing, published papers demonstrating techniques to perform mid-circuit measurement on neutral atom #quantum computers.
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Mid-circuit measurement is a critical capability for developers and achieving fault-tolerant quantum computing. It provides a glimpse inside a calculation, enabling developers to use conditional branching to determine which actions to take based on results of the measurement.
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Here at Atom Computing, every day is @WorldQuantumDay. But on April 14, we enjoy supporting #quantum efforts and sharing the importance of this #technology with the world! #quantumcomputing #quantumtechnology #worldquantumday
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Mark your calendars! Our very own Dr. Daniel Stack is speaking at @IllinoisQuantum on April 3. Check out the details below. #quantum #quantumcomputing #quantumtechnology
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We enjoyed hosting @uwyoseidel and others from @uwyo at our #Boulder facility to talk about #quantumcomputing, #innovation, and #collaboration. Thanks for making the trip!
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CEO @Rob Hays talks about our #collaboration with @DARPA to build a fault-tolerant, utility-scale #quantum computer, our neutral atom #quantumtechnology, and why he's looking forward to the upcoming @QuantumTech_ conference in Boston. alphaevents.com/events-quant…
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We love how creative our employees are and when they find inspiration in their work. Antonia Jones, one of our firmware engineers, recently designed and built her first mechanical keyboard with Atom Computing in mind. #creativity #inspiration #quantum #quantumcomputing
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Happy #nationalengineersweek! Meet William Cairncross, one of our senior #quantum engineers. He explains what his job entails and how he got into #quantumcomputing in our latest #employee spotlight. #engineers #engineering #quantumtechnology bit.ly/3m4Q0ZV
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Happy #NationalPeriodicTable Day! Here at Atom, we are partial to alkaline earth metals (group two on the periodic table). Learn why we use atoms from alkaline earth metals as qubits in our atomic array #quantumcomputing hardware technology. #quantum bit.ly/3RHIekL
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