Stay updated with the latest breakthroughs and advancements in quantum computing.
The Times of India reports that India’s National Quantum Mission successfully tested a 10-qubit quantum computer, marking a significant step toward quantum research in the country.
Source: Times of India
Read MoreAWS announces new hybrid quantum-classical workflows on Amazon Braket with IonQ systems, enhancing cloud-based quantum computing capabilities.
Source: AWS Blog
Read MoreNature reports Google’s quantum team improved error correction rates by 10% using a new algorithm on the Willow chip, bringing fault-tolerant quantum computing closer.
Source: Nature
Read MoreArs Technica details Microsoft’s advancement in topological qubits, achieving a 20% reduction in error rates, enhancing quantum system stability.
Source: Ars Technica
Read MoreIBM announces an upgrade to the Quantum Heron processor, now with 200 qubits and improved coherence times, showcased at a global webinar.
Source: IBM Press Release
Read MoreTipRanks highlights IonQ, Rigetti Computing, and D-Wave Quantum as top quantum stocks, with IonQ offering cloud access via Amazon, Microsoft, and Google, and Rigetti noted for its hybrid quantum-classical systems.
Source: TipRanks
Read MoreAnalytics Insight names IBM a pioneer in quantum computing, emphasizing its enterprise-ready Qiskit platform and solutions.
Source: Analytics Insight
Read MoreThe Motley Fool reports Rigetti’s 2024 revenue at $11 million with a net loss of $201 million, projecting $14 million revenue in 2025 with a reduced net loss of $70 million.
Source: The Motley Fool
Read MoreThe Motley Fool and Yahoo Finance highlight Microsoft as a top quantum computing stock for 2025, citing its Majorana 1 chip and topoconductor material, positioning it as a stable investment compared to IonQ and Rigetti.
Source: The Motley Fool / Yahoo Finance
Read More (The Motley Fool)A *Nature* article warns that quantum devices can’t yet solve real-world problems, citing a retracted 2021 paper on Microsoft’s Majorana qubits and debates over Google’s Willow chip claims.
Source: Nature
Read MoreBusiness Insider notes 2025 as the 'International Year of Quantum,' with DARPA selecting 18 companies to advance qubit technologies, signaling a tipping point for the quantum industry.
Source: Business Insider
Read MoreLive Science reports the observation of a quantum phase (SRPT) predicted 50 years ago, potentially boosting quantum computing by stabilizing qubits and improving coherence times.
Source: Live Science
Read MoreThe Motley Fool and Yahoo Finance project the quantum computing market to grow at a CAGR of 34.8% from 2024 to 2032, with IonQ aiming for 1,024 algorithmic qubits by 2028.
Source: The Motley Fool / Yahoo Finance
Read More (The Motley Fool)New Scientist reports DARPA’s effort to identify quantum computers with game-changing potential within a decade, focusing on practical applications.
Source: New Scientist
Read MoreForbes reports that quantum computing startups raised $1.5 billion in Q1 2025, driven by Google’s Willow success and DARPA’s initiatives.
Source: Forbes
Read MoreThe Motley Fool and Yahoo Finance report Rigetti’s 2024 revenue at $10.8 million against a $59.8 million R&D budget, with a 48.1% stock price drop in Q1 2025.
Source: The Motley Fool / Yahoo Finance
Read More (The Motley Fool)Investopedia confirms Rigetti Computing and IonQ were selected for a Department of Defense program to advance quantum technologies, boosting their stock prices.
Source: Investopedia
Read MoreLive Science reports an MIT invention enabling remote entanglement, reducing error rates for scalable quantum supercomputers by allowing distant processors to communicate.
Source: Live Science
Read MoreTechCrunch details NVIDIA’s entry into quantum computing with a new quantum-classical hybrid platform, announced at GTC 2025, aiming to accelerate quantum algorithm development.
Source: TechCrunch
Read MoreIonQ joins DARPA’s qubit advancement program, focusing on trapped-ion qubits to enhance quantum computing scalability and reliability.
Source: IonQ Press Release
Read MoreA team at the University of Cambridge achieved secure quantum key distribution (QKD) over 500 km of fiber optic cable, setting a new record for quantum communication.
Source: Nature Communications
Read MoreA Science paper reports a new quantum algorithm for optimization by ETH Zurich, reducing computational complexity by 30%, advancing quantum applications.
Source: Science
Read MoreRigetti Computing launched Ankaa-2, an 84-qubit system with a 2.5x improvement in error performance, advancing scalable quantum computing.
Source: Phys.org
Read MoreNature Physics highlights MIT’s quantum sensor, achieving unprecedented precision in magnetic field detection, with applications in medical imaging and navigation.
Source: Nature Physics
Read MoreWired reports Intel’s unveiling of a 50-qubit silicon-based quantum chip, positioning it as a competitor to Google’s Willow chip in the quantum hardware race.
Source: Wired
Read MoreNorthwestern University engineers achieved quantum teleportation over standard fiber optic cables, eliminating the need for dedicated lines, advancing quantum communication.
Source: Nature Photonics
Read MoreGoogle’s Willow chip achieved a computational speedup, solving a problem in 5 minutes that would take a supercomputer 10 septillion years, with significant error correction improvements.
Source: Nature / Quanta Magazine
Read More (Quanta Magazine)Phys.org details the expansion of a quantum network in Chicago, connecting multiple research labs over 100 km, advancing quantum internet research.
Source: Phys.org
Read MoreNature Communications reports China’s Micius satellite achieved quantum entanglement distribution over 1,200 km, setting a new global record for quantum communication.
Source: Nature Communications
Read MoreD-Wave demonstrated quantum advantage in an optimization problem, outperforming classical systems by a factor of 10^6 using its annealing quantum computer.
Source: Nature
Read MoreArs Technica reports Microsoft’s progress in creating stable topological qubits, which could reduce error rates and enhance quantum system reliability.
Source: Ars Technica
Read More