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DARPA Selects Atom Computing for Next Quantum Computing Stage

In a significant development for the quantum computing landscape, Atom Computing, a prominent player in quantum technology, has been selected by the Defense Advanced Research Projects Agency (DARPA) to advance to the next phase of the Quantum Benchmarking Initiative (QBI). This project aims to investigate the feasibility of quantum computers that can operate at utility-scale levels, utilizing Atom Computing's cutting-edge capabilities with neutral atoms.

Earlier this year, Atom Computing was selected for Stage A of this initiative, forming part of a larger effort under the Underexplored Systems for Utility-Scale Quantum Computing (US2QC) program. The QBI aims to accelerate the realization of a practically useful quantum computer significantly faster than previously anticipated by industry experts.

Transition to Stage B

Recently, DARPA announced that Atom Computing progressed to Stage B, a year-long project where selected companies, including Microsoft, will collaborate on research and development plans aimed at creating a utility-scale quantum computer. During this stage, participants will identify the risks involved in developing this ambitious technology, outline strategies for risk mitigation, and construct prototypes to test their concepts.

Atom Computing has demonstrated essential platform capabilities, such as high-fidelity gate operations, extensive qubit connectivity, and over 1,000 physical qubits. These features collectively contribute to long coherence times and innovative networking technologies. Notably, Atom Computing and Microsoft have previously showcased their joint progress in achieving entanglement among 24 logical qubits and successfully executing error detection and computational tasks with up to 28 logical qubits.

At the helm of Atom Computing, Dr. Ben Bloom, the Founder and CEO, expressed enthusiasm about the potential advancements this partnership could bring. He remarked on the significance of progressing to Stage B, emphasizing the company's commitment to demonstrating how their neutral atom technology can lead to meaningful applications in quantum computing.

Atom Computing's Vision

Atom Computing is pioneering large-scale quantum computers designed to facilitate groundbreaking computational innovations for companies and researchers alike. By harnessing arrays of optically trapped neutral atoms, the company is working on systems that support more than 1,000 qubits and are geared towards high fault tolerance, addressing increasingly sophisticated problem-solving applications across sectors.

Their systems are not merely experimental; they are being implemented for practical use. For instance, the QuNorth initiative in northern Europe recently announced the acquisition of Atom Computing's on-premises systems to be named Magne, set to be operational in Copenhagen, Denmark. This partnership highlights Atom Computing's expanding footprint in Europe and its focus on driving advancements in quantum computing.

Atom Computing's advancements reflect a broader trend within the technology sector, illustrating the rapidly evolving landscape of quantum computing. As utility-scale applications edge closer to reality, the collaboration between research institutions, government agencies, and innovative tech companies underscores the significance of collective expertise in overcoming the challenges arising in this nascent industry.

For continuous updates about Atom Computing and their initiatives, stakeholders and enthusiasts can follow their progress on their official website and professional networks like LinkedIn. As the collaboration with DARPA unfolds, the industry keenly observes the developments that could set the stage for the future of quantum computing.

Conclusion

The selection of Atom Computing by DARPA not only marks a pivotal achievement but also highlights the critical role that collaboration plays in fostering technological innovation. With the next phase of the QBI underway, Atom Computing is well-positioned to redefine the capabilities of quantum computing and its real-world applications.

Learn more about Atom Computing's mission and projects at atom-computing.com.