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IonQ Develops Real-Time Quantum Error Correction Decoder for Fault-Tolerant Quantum Computers

IonQ Develops Real-Time Quantum Error Correction Decoder for Fault-Tolerant Quantum Computers

IonQ researchers have successfully run a real-time decoder for a simulated fault-tolerant trapped-ion quantum computer on a single commercial processor, specifically an Apple M4 Max in a 2024 MacBook Pro. This software is touted as the industry's first end-to-end real-time quantum error correction decoder capable of running on a standard CPU. The work, detailed in a preprint by IonQ researchers Min Ye, Andrii Maksymov, and Nicolas Delfosse, describes the decoder's ability to process data as fast as quantum hardware produces it, a critical factor for preventing computational slowdowns. The team tested the decoder on three workloads compiled for IonQ’s Walking Cat architecture, a fault-tolerant design based on quantum low-density parity-check codes. The largest configuration involved 408 logical qubits and executed over 31.5 million quantum operations, demonstrating minimal decoding delays (as low as 0.02% stretch) under simulated operational noise. This development is a significant step towards practical fa...
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IonQ Stock Rises Following Demonstration of Real-Time Quantum Error Decoder

IonQ Stock Rises Following Demonstration of Real-Time Quantum Error Decoder

IonQ Stock Rises Following Demonstration of Real-Time Quantum Error Decoder
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IonQ Tests Industry's First Real-Time Quantum Error Decoder, Boosting Quantum Computing Stocks

IonQ Tests Industry's First Real-Time Quantum Error Decoder, Boosting Quantum Computing Stocks

IonQ Tests Industry's First Real-Time Quantum Error Decoder, Boosting Quantum Computing Stocks
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IonQ Achieves Quantum Error Correction Milestone with Single CPU, Eliminating Supercomputer Need

IonQ Achieves Quantum Error Correction Milestone with Single CPU, Eliminating Supercomputer Need

IonQ Achieves Quantum Error Correction Milestone with Single CPU, Eliminating Supercomputer Need
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IonQ to Deploy Quantum Processor at NVIDIA's Accelerated Quantum Research Center, Advancing Hybrid Supercomputing

IonQ to Deploy Quantum Processor at NVIDIA's Accelerated Quantum Research Center, Advancing Hybrid Supercomputing

IonQ to Deploy Quantum Processor at NVIDIA's Accelerated Quantum Research Center, Advancing Hybrid Supercomputing
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IonQ Seeks Senior Account Executive for U.S. Federal Space Force Quantum Computing Initiatives

IonQ Seeks Senior Account Executive for U.S. Federal Space Force Quantum Computing Initiatives

IonQ, a quantum computing company, is actively recruiting a Senior Account Executive for its U.S. Federal Go-To-Market team, specifically targeting the U.S. Space Force. This role is designed to bring IonQ’s quantum hardware, software, applications, and access solutions to various U.S. Department of War entities. The Senior Account Executive will be responsible for cultivating executive-level relationships within the U.S. Space Force, U.S. Army, and the Test Resource Management Center (TRMC). Key responsibilities include developing a pipeline of opportunities for quantum computing in areas such as satellite constellation optimization, Army tactical logistics, and high-fidelity modeling and simulation. The position also focuses on quantum networking for secure space-to-ground communications and quantum sensing for Positioning, Navigation, and Timing (PNT) in contested space environments. The role requires navigating federal acquisition processes, leading technical qualifications, and managing responses to R...
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George Mason University Establishes Virginia Quantum Hub with $3.7 Million Grant to Advance Quantum Technology

George Mason University Establishes Virginia Quantum Hub with $3.7 Million Grant to Advance Quantum Technology

George Mason University is establishing the Virginia Quantum Hub (VQH) with the support of a $3.7 million GO Virginia grant. This initiative aims to create an inclusive quantum ecosystem through public-private partnerships, focusing on generating intellectual property, attracting capital investments, training a skilled workforce, and addressing global innovation needs in sectors like health, logistics, and national security. The VQH builds upon George Mason's eight years of investment in quantum through its Quantum Science and Engineering Center (QSEC), which involves 24 faculty across seven departments. The university has also secured a new $2.4 million catalyst investment for its Quantum Leap project, adding six postdoctoral and three faculty positions, and has launched Virginia's first interdisciplinary master's degree in quantum science and engineering.
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George Mason University Establishes Virginia Quantum Hub with $3.7 Million Grant

George Mason University Establishes Virginia Quantum Hub with $3.7 Million Grant

George Mason University is establishing the Virginia Quantum Hub (VQH) with the support of a $3.7 million GO Virginia grant. This initiative aims to create an inclusive quantum ecosystem through public-private partnerships, focusing on intellectual property generation, capital attraction, workforce training, and addressing global innovation needs in sectors like health, logistics, national security, and energy. The VQH will feature open-architecture quantum hardware and shared infrastructure, including a cryogenic lab, a quantum optics facility, and one of the only TreQ-designed open-architecture quantum computers in the United States. The university has also partnered with Oxford, England-based TreQ to deploy and operate this quantum computing infrastructure. The VQH will also develop world-class quantum workforce programs, ranging from K–12 education to a new master’s degree program, and foster collaborative technology innovation through industry-government-academia partnerships. This builds on George Ma...
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Nvidia once rattled IonQ stock. Now it plans to install IonQ tech

Nvidia once rattled IonQ stock. Now it plans to install IonQ tech

IonQ’s Superion 256 is headed to Nvidia’s quantum center, but 2027 customer deliveries remain the commercial test.
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Stanford Researchers Observe First Real-Time Quantum Jump in Sound

Stanford Researchers Observe First Real-Time Quantum Jump in Sound

A team led by Amir Safavi-Naini of Stanford University has achieved the first real-time observation of a quantum jump in sound. This breakthrough involved detecting phonons, which are quanta of coordinated atomic motion, in a mechanical resonator connected to a superconducting qubit. The researchers successfully recorded the transition of the system from a state containing a single phonon to a state with no phonons (state 1 to state 0). While quantum jumps have been observed in trapped ions (1986) and photons (2007), this is the first time such a process has been recorded in real-time within mechanical oscillations. The experiment utilized a microelectronics-fabricated mechanical resonator, similar to a tiny tuning fork, capable of sustaining oscillation for an unusually long period for a quantum system—around two milliseconds. The superconducting qubit acted as a detector, repeatedly checking the resonator's state without destroying its fragile quantum properties, allowing for the observation of a single ...
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GlobalFoundries Secures $375 Million from U.S. Department of Commerce to Boost Quantum Chip Supply

GlobalFoundries Secures $375 Million from U.S. Department of Commerce to Boost Quantum Chip Supply

GlobalFoundries Secures $375 Million from U.S. Department of Commerce to Boost Quantum Chip Supply
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U.S. Department of Energy Launches $215 Million Competition for Fault-Tolerant Quantum Computers

U.S. Department of Energy Launches $215 Million Competition for Fault-Tolerant Quantum Computers

The U.S. Department of Energy (DOE) has initiated the Quantum Genesis Q Competition, a program designed to accelerate the development of scientifically relevant, fault-tolerant quantum computers. This initiative offers up to $215 million in investment, with an initial $2.5 million in Fiscal Year 2026 funding, contingent on congressional appropriations. The competition, led by the DOE’s Office of Advanced Scientific Computing Research (ASCR), seeks proposals for quantum computers featuring at least 100 logical qubits capable of performing hundreds of millions of fault-tolerant operations, alongside scientific demonstration programs. Concurrently, the DOE has allocated an additional $45 million for its National Laboratories to establish a Quantum High-Performance Computing Validation and Verification Testbed. This testbed will provide independent capabilities to benchmark and validate the performance claims of competing quantum systems, evaluating hardware, quantum gates, logical architectures, and algorithm...