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Quantum Machines Blog

Quantum Sensing: Real-time Frequency Estimation With OPX+
May 29 | 2024

In the rapidly advancing field of quantum technology, the pursuit of refined and more sensitive measurement systems is relentless. Recent advancements aim to surpass the standard ...

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  • QUA
Controlling 1,000 Qubits: How to Scale Quantum Computing for Real-world Impact
April 02 | 2024

The quest to develop practical quantum computers is a unifying goal in our community. This journey, while ...

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Hot Spin Qubits Pushing for Fault-Tolerance
March 28 | 2024

Cooling is one of the most cited critical issues for quantum technologies in general. In fact, ...

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Qruise and Quantum Machines Collaborate on Advanced Model Learning Algorithms to Improve Quantum Gates
March 26 | 2024

In a collaborative study by Qruise and Quantum Machines, a team of researchers has applied Qruise’s ...

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Feedback-Driven Quantum Stabilization: Real-Time Two-Axis Control of Spin Qubits
March 19 | 2024

Quantum computing has the potential to revolutionize the world through unprecedented ...

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Direct Digital Synthesis for Large-Scale Quantum Computers
March 07 | 2024

In developing the OPX1000 , a controller fit for the ever-growing quantum ...

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OPX1000 New Microwave Module: Processor-Based Quantum Controller Revolutionizes Quantum Computing
February 27 | 2024

In Sept. 2023, Quantum Machines (QM) unveiled OPX1000, our most advanced quantum control system to date ...

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quantum computing predictions
10 Key Quantum Computing Predictions: 2024 and Beyond
January 24 | 2024

2023 has been a rollercoaster for quantum computing, filled with breakthroughs and an ever-growing sense ...

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Quantum Machines
Quantum Machines Caps Off 2023 with Strong Growth and Global Expansion
January 10 | 2024

Tel Aviv, Israel, January 10, 2024 — Quantum Machines (QM), the leading provider of quantum ...

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Bridging Quantum Realms: A Silicon-Based Electromechanical Interface for Extended Phonon Lifetimes
December 12 | 2023

In the ever-evolving landscape of quantum information processing, the manipulation of long-lived ...

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