71 articles
IBM claims quantum advantage in three experiments, then invites rivals to disprove it, a bold verification strategy that could reshape quantum computing.
IBM's quantum computers solved a real physics problem that 500,000 CPU-core hours on a supercomputer could not, marking a genuine quantum advantage.
MicroCloud's DSQ-Net merges quantum computing with brain-inspired AI, hitting 90% accuracy on noisy images where classical neural networks fall short.
Physicists confirmed a 20-year-old quantum entanglement theory, using a "quantum bath" to autonomously sync distant qubits and scale quantum computing.
Two quantum computing breakthroughs use sound-based qubit links and 3D chip stacking to push toward the million-qubit systems needed for real-world use.
NVIDIA's Ising Calibration 1.5 automates quantum computer tuning across six hardware types, running on a single GPU and scoring 86.68% better than its.
Swiss startup ZuriQ raised $25.5 million to replace quantum computing's single-file atom design with a flat surface that could scale to thousands of.
Duke scientists mapped quantum entanglement at a critical point using trapped-ion hardware, a breakthrough that could transform how we simulate complex.
Quantum-generated randomness helped AI design cancer-fighting peptides for underrepresented immune types, with lab tests confirming the approach actually.
AI is cutting quantum error correction overhead dramatically, with one quantum machine learning model reducing forecasting error by 62% versus classical.
Classical computers solved a quantum computing problem on ordinary laptops using tensor networks, blurring the line between quantum and classical.
Quantum AI's real edge comes from blending quantum and classical computing, with new research showing classical preprocessing can actually boost quantum.
Quantinuum's Helios leads quantum computing with just 98 qubits by prioritizing accuracy, connectivity, and reliability over raw qubit count.
ETH Zurich scientists built quantum computers with vibrating mechanical memory, storing more data in less space while keeping quantum states stable longer.
Google's new Gemini AI models cut enterprise costs by 17%, forcing rivals to compete on token efficiency rather than raw performance.
Quantum AI systems forget old tasks when learning new ones, but a geometry-based framework called QEWC could finally solve that problem.
China's new neutral atom quantum computer fits in a single server rack, ditching the deep freeze required by rivals like IBM and Google.
Quantum computing is emerging as a hybrid tool for power grid optimization, helping utilities manage renewables, EV charging, and storage more efficiently.
Google's reinforcement learning system lets quantum computers fix their own errors in real time, cutting logical error rates 20% without halting.
Canadian researchers hit 99.99% quantum gate fidelity using fluxonium qubits, a precision milestone that could make reliable quantum computing finally.
Quantum computing still cannot perform a single commercially useful calculation, and the real barrier is engineering, not qubit count.
Quantum computers may need just 20 million logical qubits to crack Bitcoin's encryption, and researchers say that gap is now measurable and closing.
Quantum computing stocks shed a third of their post-signing gains as markets learn federal encryption deadlines create urgency now, not in years.
Quantum machine learning's real edge may be transparency, not speed, as new research shows quantum models can have interpretability built into their.
IBM's quantum division shipped on schedule the day after its worst stock crash in 58 years, suggesting its long-term bet on quantum computing may be.
McKinsey's $600 billion quantum computing forecast contains arithmetic errors, AI conflation, and a frozen baseline that inflates the number by more than.
Quantum computers could crack today's encryption before defenses are ready, making post-quantum cryptography migration the most urgent tech deadline of.
ESA's first quantum computer, a compact 1.6kW system, will test hybrid quantum AI for satellite data processing in a 2026 pilot program.
PsiQuantum's photonic quantum computer could cut a 10-year drug calculation to four minutes, with a hardware-ready facility planned for 2027.
Shanghai is betting on neutral-atom quantum computing, launching two hubs with 60-plus firms and backing a startup that raised $59M in six months.
A new quantum algorithm called the quantum Hermite transform could expand quantum computing into AI and materials science, exponentially faster than.
Oratomic raised $300 million to build a fault-tolerant quantum computer using just 20,000 qubits, far fewer than the million-plus rivals require.
Quantum computing is finding its real-world role as an AI partner, with companies like Cleveland Clinic simulating 12,635-atom proteins years ahead of.
Analog circuits costing just $5 per qubit could make quantum algorithm emulation affordable, giving researchers a practical path to explore quantum AI.
Dario Gil left IBM after 22 years to lead quantum computing policy at the US Department of Energy, confirmed 51-47 in a Senate vote.
IBM scales qubits while Google bets on error correction: two rival quantum computing strategies that could determine who reaches real-world advantage.
Quantum-augmented databases could arrive sooner than expected, with USC prototypes already showing 10x speedups in query optimization using hybrid quantum.
D-Wave's CEO Alan Baratz is betting quantum annealing solves real business optimization problems today, years before general-purpose quantum computing.
Quantum computers have yet to solve a single useful real-world problem, yet governments are pouring billions into the technology anyway.
The UK's Defence Investment Plan commits billions to AI, autonomous systems, and cyber resilience through the 2030s, creating a decade-long pipeline for.
Quantum computing could supercharge AI, break encryption, and reshape industries; here's why Pakistan's tech ecosystem should start preparing now.
Google, IBM, and Microsoft are each betting billions on quantum computing through rival strategies that could determine which industries gain a.
Google now runs two quantum computing programs at once, pairing superconducting qubits with neutral atoms to reach a useful quantum computer by 2029.
A quantum computing startup claimed fault-tolerant results, but its own paper shows the system ran at distance-1, a code that corrects zero errors.
Quantum brain-computer interfaces could exponentially speed up neural signal decoding, as new hybrid quantum models already outperform classical systems.
France deployed the world's first cat-qubit quantum computer, a system that natively corrects errors with fewer qubits, bridging today's hardware and.
Banks and pharma giants are betting billions on quantum computing, using hybrid systems to slash drug discovery costs and sharpen portfolio optimization.
Technology accessibility has made organizational culture the true competitive edge; when AI tools are equal, companies that adapt fastest win.
Nvidia isn't building a quantum computer; it's building the infrastructure connecting quantum and classical systems, and that bet may matter more.
Ireland deploys a 256-qubit quantum computer while India builds its first 64-qubit processor, marking a global shift in quantum computing leadership.
