Quantum Computing– category –
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IonQ Hires Lobbying Firm to Seek Federal Quantum Computing Research Funding and Support
Legis1.com USA Overview Quantum computing company IonQ has hired a specialized lobbying firm to secure federal research funding and support. This move reflects the company's strategic assessment that significant government investment and... -
Quantinuum Accelerates Industrial Quantum Computing Collaboration with Aramco MOU
Quantinuum Press Releases USA Overview Quantum computing firm Quantinuum has signed a Memorandum of Understanding (MOU) with Aramco, a leading integrated energy and chemicals company, to explore synergies in industrial quantum computing ... -
Google’s 105-Qubit Willow Processor Experimentally Demonstrates Sub-Threshold Quantum Error Correction for Surface Codes
Cyber Raiden (WordPress Blog) USA Overview Google's 105-qubit 'Willow' processor has experimentally demonstrated sub-threshold quantum error correction for surface codes. This achievement reveals the critical characteristic where logical... -
Oxford Researchers Develop New Method to Convert Existing Quantum Error Correction Codes to Floquet Codes, Simplifying Implementation
Quantum Zeitgeist UK Overview Oxford University researchers have developed a novel method to convert existing quantum error correction codes into Floquet codes. This innovative approach promises to significantly simplify the implementati... -
NSF Establishes New ‘PRACTIQAL’ Center for Self-Correcting Quantum Computer Design, Advancing Quantum Error Correction
Forbes USA Overview The National Science Foundation (NSF) has launched a new research center dedicated to designing reliable, self-correcting quantum computers. This center will focus on the 'Physics and Engineering of Practical Quantum ... -
German Physicists Demonstrate Sub-Threshold Quantum Error Correction, Exponentially Reducing Errors with Scaling
ScienceDaily Germany Overview A team of German physicists has experimentally demonstrated 'sub-threshold quantum error correction,' which exponentially reduces errors as qubits are scaled. This groundbreaking achievement marks a crucial ... -
Lawrence Livermore National Laboratory Dramatically Extends Coherence Time of Trapped-Ion Qubits
Lawrence Livermore National Laboratory USA Overview Lawrence Livermore National Laboratory has reported a significant extension in the coherence time of trapped-ion qubits. This achievement is critical for prolonging the duration qubits ... -
Xanadu Unveils Photonic Quantum Roadmap Targeting Over 1,000 Logical Qubits and 10⁻¹⁶ Error Rate by 2031
Xanadu Investor Relations Canada Overview Xanadu, a Canadian photonic quantum computing developer, has announced an ambitious roadmap to achieve over 1,000 logical qubits with a logical error rate of 10⁻¹⁶ by 2031. This plan aims to over... -
MIT Researchers Design New Qubit Architecture Enabling Faster, Higher-Fidelity Operations
MIT News USA Overview MIT researchers have designed a novel qubit architecture poised to significantly enhance quantum computer performance. This innovative design is expected to simultaneously boost the speed and fidelity (accuracy) of ... -
Microsoft Unveils ‘Majorana 1’ Topological Qubit Chip for Enhanced Stability and Scalability
Microsoft USA Overview Microsoft has announced 'Majorana 1,' a quantum chip based on topological qubits designed for enhanced stability and scalability. Utilizing Majorana fermions, which inherently protect quantum information from envir...
