Quantum Computing– category –
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Aliro Technologies and zerothird Partner with Cisco to Demonstrate Operational Quantum Networking with Entanglement-Based QKD
Business Wire USA Overview Aliro Technologies and zerothird, in collaboration with Cisco, successfully demonstrated an operational quantum network. This landmark achievement showcased real-time orchestration, monitoring, and automated se... -
Fortinet Explains Quantum Cryptography: A Comprehensive Approach with QKD and PQC
Fortinet USA Overview Quantum cryptography addresses future cyber threats from quantum computing by integrating complementary approaches: Quantum Key Distribution (QKD) and Post-Quantum Cryptography (PQC). QKD, the more mature technology... -
National Quantum Strategies Accelerate Transition from Lab Breakthroughs to Economic Assets: U.S. NQI and Geopolitical Alignment
Inside Deep Tech USA Overview National quantum strategies provide essential frameworks for translating laboratory breakthroughs in quantum technology into scalable economic assets. These initiatives aim to coordinate public investment, m... -
MIT and Caltech Researchers Achieve Quantum Error Correction with a Single Ion, Reducing Errors by 2.2-Fold and Extending Qubit Lifetime by 1.5 Times
The Quantum Insider USA Overview Researchers at MIT and Caltech have demonstrated an advancement in quantum error correction by encoding a logical qubit within a single ion, achieving up to a 2.2-fold reduction in errors and extending qu... -
Rigetti Achieves 99.1% Two-Qubit Gate Fidelity on its 108-Qubit Superconducting System ‘Cepheus-1-108Q’
TECHi USA Overview Rigetti Computing's 108-qubit modular superconducting system, Cepheus-1-108Q, is currently operating at 99.1% median two-qubit gate fidelity. The company aims to improve this to 99.5% later in the year, having already ... -
QuEra Explains Qubit T1 Relaxation Time, Highlights Gate Speed-to-Coherence Time Ratio as Key Performance Metric
QuEra USA Overview QuEra explains T1 relaxation time in quantum computing, noting its critical importance for qubit stability. The article emphasizes that the true measure of performance is the ratio of gate speed to coherence time (T1 a... -
U.S. Department of Energy Announces Breakthrough in Domestic Silicon and Germanium Isotope Supply Chains to Power Next-Gen Quantum Information Science
Department of Energy USA Overview The U.S. Department of Energy (DOE) announced breakthroughs in domestic silicon and germanium isotope supply chains, crucial for next-generation quantum information science. Pacific Northwest National La... -
QuEra Computing Unveils Quantum Computers with Integrated Quantum Error Correction Capabilities, Advancing Fault-Tolerant Quantum Computing
QuEra USA Overview QuEra Computing has unveiled a line of quantum computers featuring quantum error correction (QEC), leveraging breakthrough technology. This announcement indicates QuEra's strong commitment to advancing fault-tolerant q... -
Max Planck Institute Uses AI to Design Improved Quantum Error Correction Codes, Significantly Reducing Logical Error Rates
Reddit (r/quantum) Germany Overview Researchers at the Max Planck Institute for the Science of Light have successfully used AI to design improved quantum error correction codes, specifically low-density parity-check (qLDPC) codes. Their ... -
IBM Unveils Quantum Computer Performance Metrics: Emphasizing Programmable Qubits, Qubit Operations, and Maximum Circuits Per Second
IBM USA Overview IBM has outlined three fundamental metrics to evaluate quantum computer performance: programmable qubits (scale), qubit operations (quality), and maximum circuits per second (speed). These metrics provide a consistent wa...
