TQI QuickBits Special Report: Microsoft-Atom Computing Webinar

Join us for an insightful webinar exploring the latest collaboration between Microsoft Azure Quantum and Atom Computing.

This exclusive webinar will explore the development of a reliable quantum machine designed to accelerate scientific advancement through hybrid quantum applications, brought to you by the Microsoft Azure Quantum and Atom Computing teams.

The webinar session will delve into how Microsoft’s enhanced qubit-virtualisation system, combined with Atom Computing’s neutral-atom hardware, will be setting the stage for the world’s largest quantum machine and its implications for government and enterprise decision-makers.

📅 Jan 16th 8am PT/ 11am ET

🔗 Register here: https://lnkd.in/dpumVqUD

Learn About Microsoft Azure Quantum and Atom Computing Major Advance

In Step Toward Scientific Advantage, Microsoft and Atom Computing Announce The Launch of a Quantum Machine with Record-Breaking Logical Qubits

Microsoft and Atom Computing have announced the unveiling of a quantum machine featuring 24 logical qubits — reportedly the largest number of entangled logical qubits achieved to date. They have also demonstrated the ability to detect and correct errors, and perform computation, on 28 logical qubits.

The system, built with neutral-atom qubits and integrated into Microsoft’s Azure Quantum platform, is not an experimental device — the system is available to order now, with delivery set for 2025.

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A Closer Look Into The Microsoft-Atom Computing Logical Qubit Study

Transitioning quantum computation from physical to logical qubits is emerging as a critical step in addressing the field’s biggest hurdle — errors. By now, news has circulated throughout the scientific community that Microsoft Azure Quantum and Atom Computing researchers were able to entangle the largest number of logical qubits achieved to date.

Now that the team has published its study on the preprint server ArXiv, which walks the reader through how they used a neutral atom quantum processor with 256 qubits to create and manipulate 24 logical qubits. They have also demonstrated the ability to detect and correct errors and perform computation, on 28 logical qubits, according to a blog post earlier this week.

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Take The Survey

Getting to Know You Before The Webinar

As you know, we recently partnered with Microsoft to host the upcoming webinar, 'Enabling the Next Generation of Quantum Applications With Reliable Quantum Computing.'

The webinar goes live on January 16, 2025, time zones in the table below. The webinar will explore the seminal achievements and goals of Microsoft and Atom Computing in their collaboration to accelerate the development of quantum-ready applications.

As we aim to tailor the webinar to your needs and concerns, we invite you to complete a survey -- feel free to skip sections that are not applicable.

• Complete the Webinar Survey Here

Thank you for your unwavering support as we continue to decode complex technologies like quantum into digestible impact with our partners such as Microsoft.

We look forward to seeing you on January 16!