60 articles
Three quantum computing companies went public in 2026, exposing a fragmented industry with four competing technologies, minimal hardware sales, and Nvidia's...
A Chinese startup claims its quantum algorithm could reduce AI training time from exponential to linear complexity, but experts warn the technology faces years...
Quantum computing is shifting from a hardware race to a software revolution, with experts predicting the technology will integrate into existing systems rather...
India's quantum ecosystem spans hardware, software, cryptography, and education. Eight startups are racing to build $100M+ companies by 2035, but they're...
OVHcloud launches Quandela's 12-qubit Belenos photonic quantum computer on its cloud platform, making quantum computing accessible via pay-as-you-go pricing.
Nvidia released Ising, open-source AI models designed to solve quantum computing's biggest bottleneck: error correction.
Researchers combined quantum computing with AI to predict chaotic systems 20% more accurately while using 100x less memory.
Quantum computers are millions of times more error-prone than classical machines. Error correction is the engineering challenge that separates lab demos from...
Quantum computers may be years away, but hackers are capturing encrypted data now to decrypt later.
India has world-class quantum researchers but struggles to turn breakthroughs into real products.
On March 30, 2026, Google and Oratomic published landmark papers showing quantum computers could break Bitcoin's encryption with far fewer qubits than...
At GITEX Asia 2026, quantum computing moved from theoretical breakthroughs to practical enterprise deployment.
Quantum computing is shifting from theoretical research to real-world deployment in energy systems, with 76% of enterprises expecting material value within...
Quantum AI describes two complementary research directions: using quantum computers to accelerate specific AI tasks and using AI to improve quantum hardware.
Researchers propose quantum oracle sketching to reduce AI memory requirements by four to six orders of magnitude, potentially reshaping data center...
Researchers using AI algorithms reduced the qubits needed for quantum computers by 100 times, potentially bringing encryption-breaking quantum systems years...
Quantum computing stocks surged 6,000% on breakthrough hype, but experts now say practical applications are 15-30 years away.
Vibrations from refrigeration systems are sabotaging quantum computers, but a Denver startup discovered that specialized isolation platforms can reduce errors...
Google, Amazon, and Nvidia are positioning for quantum computing dominance, not chasing AI headlines.
Quantum sensors using atoms and photons are moving from labs to real-world applications in navigation, mining, and medical imaging.
Researchers developed a new encryption method that protects video files from quantum computing attacks, outperforming similar methods by 10-15% while running...
Los Alamos researchers discovered that quantum machine learning fixes designed to eliminate training failures inadvertently make the systems classically...
New research reveals that many celebrated quantum computing breakthroughs use rigged numbers and classical computers to do the heavy lifting, raising questions...
Hybrid quantum-classical AI systems matched state-of-the-art classical networks at detecting welding defects, marking a milestone toward practical quantum...
Q-Factor, backed by $24 million in funding, is pursuing a radical redesign of neutral atom quantum computers to scale from thousands to millions of qubits,...
New research reveals quantum computers lose most of their computational work to noise, with only final steps mattering.
Mathematician Gil Kalai has spent two decades challenging quantum computing's viability through rigorous theory.
A quantum system with just nine atoms beat classical AI networks with thousands of nodes at weather forecasting, suggesting practical quantum advantages may...
Quantum Day Pasadena brings together startups, academics, and investors to bridge the gap between quantum research and real-world applications, signaling a...
Virginia Tech researchers discovered a geometric approach to quantum pulse design that suppresses errors in qubits without sacrificing precision, tested on IBM...
Caltech and Oratomic researchers discovered fault-tolerant quantum computers could work with just 10,000 to 20,000 qubits, not millions.
A Sydney researcher's new error correction method using gauge theory could slash the number of qubits needed for large-scale quantum computers, with IBM...
Postquant Labs launched a testnet letting quantum and classical computers solve blockchain problems together.
Quantum machine learning is moving from labs to real pilots at Roche and JPMorgan, but noisy quantum computers still limit what's possible.
Quantum digital twins, physics-informed software replicas of quantum devices, are accelerating hardware development by simulating complex quantum systems on...
Chinese researchers achieved quantum advantage by solving a complex computational problem in 4 minutes that would take classical supercomputers 10,000 years,...
IBM and academic partners used a quantum computer to accurately reproduce real neutron scattering data from a magnetic material, marking the first direct...
Over 15 major banks including JPMorgan Chase and Goldman Sachs are investing heavily in quantum computing for portfolio optimization, fraud detection, and risk...
Rigetti Computing's partnership with NVIDIA is positioning quantum processors as AI accelerators rather than standalone systems, potentially unlocking...
Quantum computing demand will exceed 1 million jobs by 2025, but the talent pool remains a fraction of that size.
As the U.S. and U.K. forge a transatlantic quantum partnership and New Zealand develops a faster alternative, quantum computing is becoming a geopolitical...
Google is abandoning its single-track quantum strategy by adding neutral atom qubits to its superconducting program, betting that two complementary approaches...
Researchers are using quantum machine learning to accelerate cancer drug discovery, achieving 83% accuracy in toxicity prediction.
Researchers achieved a 5.4-fold boost in quantum precision using squeezed light instead of traditional qubits, plus a 3.6-fold speedup.
Quantum startups are hitting a funding wall despite scientific progress. Venture investors reveal why Series A and B capital, not lab discoveries, has become...
Scientists propose using quantum entanglement to help distant systems coordinate decisions when communication is too slow, with potential applications in...
British-American quantum computing firm Quantinuum has demonstrated real-time error correction in its Helios processor, a milestone once thought years away.
Quantum Machines partners with NVIDIA, AMD, and Riverlane to launch an open framework bridging quantum and classical computing with microsecond-level latency,...
Google's Willow quantum chip solved a problem 10 septillion times faster than supercomputers, but the task has no real-world applications.
Qilimanjaro's new tri-modal quantum platform combines digital, analog, and classical processors to solve real-world problems faster.
