99 articles
Three quantum computing initiatives tackle hardware access, chip manufacturing, and workforce gaps simultaneously, cutting design time from hours to.
Silicon qubits can now shuttle electrons 10 micrometers in under 200 nanoseconds at 99.5% fidelity, a breakthrough that could scale quantum computers.
MIT's new "arm qubit" design separates storage and interaction into distinct modes, potentially solving quantum computing's speed-versus-stability dilemma.
A 10-fold noise reduction in quantum links could make gate teleportation the superior path to scaling quantum computers, researchers at memQ and Argonne.
Quantum computing's race is now won in the factory, not the lab; IonQ's $1.8B foundry acquisition and 287% revenue surge prove it.
AI agents are compressing months of quantum research into days, with one system reproducing a frontier genomics study in hours at a fraction of the cost.
Quantum computers need exponentially more qubits than classical systems for multiparty coordination, revealing a key limit to quantum advantage at scale.
The U.S. just awarded Rigetti Computing $100 million under the CHIPS Act to crack quantum computing's toughest scaling barriers, from cryogenics to chip.
AI chips are moving out of data centers and into cars and factories, as MIPS launches three RISC-V platforms built for real-world, low-latency physical AI.
SEA Quantum is bridging quantum machine learning and Southeast Asia through university workshops and global research ties, including a collaboration with.
Quantum computing's real bottleneck is now engineering, not physics, as the U.S. races to build scalable manufacturing ecosystems before rivals do.
HSBC and Quantinuum are partnering to deploy quantum AI for fraud detection and cybersecurity, signaling quantum computing's shift from lab research to.
Quantum computing costs vary 188-fold across hardware, and users are already voting with their wallets, revealing a two-tier market for quantum processors.
Australia's first commercial quantum computer will go live in October 2026, and experts warn it signals encryption could be broken as early as 2029.
Researchers cut quantum error correction complexity by a factor of three, a breakthrough that could accelerate the path to practical, large-scale quantum.
Quantum computers now have a proven, unconditional advantage over classical machines at sampling tasks, a breakthrough with direct implications for AI and.
Edward Farhi invented two landmark quantum algorithms, then spent years publishing research proving their limits, making him the field's most credible.
Quantum computers aren't all built the same way; six competing hardware approaches each excel at different tasks, making qubit count far less important.
IEEE Quantum Week 2026 brings 372 papers and 47 workshops to Toronto in September, the largest quantum computing conference program ever assembled.
AI is already fixing quantum computers before quantum ever helps AI, with NVIDIA and Google deploying machine learning to decode errors and calibrate.
Anthropic's Claude fixed quantum computer laser faults in under 14 seconds, slashing recovery time from 10 minutes and eliminating the need for on-site.
Quantum AI is moving from lab theory to real problems, with qubits solving in seconds what classical computers need hours to complete.
Modular quantum computing is replacing the qubit arms race, with $37.5 million in NSF funding backing networked processors as the path to real quantum.
IBM's modular quantum fridges, 180 times colder than deep space, could power the world's first fault-tolerant quantum computer by 2029.
Quantum AI is entering real hospital workflows in 2026, accelerating diagnosis and drug discovery while keeping physicians, not algorithms, at the center.
Quantum algorithms just simulated 200-qubit materials science problems on a single AMD CPU, no supercomputer needed, reshaping the path to quantum.
India's QpiAI has opened Asia's first quantum chip foundry in Bengaluru, targeting 10,000-qubit processors by 2027 with a $25 million investment.
Quantum computing startups can avoid costly mistakes by borrowing go-to-market lessons from cybersecurity, says QBeat Ventures co-founder Dorit Dor.
Quantum computing has been "five years away" for two decades; here is why the industry's repeated promises still haven't delivered real results.
Quantum computers can solve in minutes what supercomputers need millennia for, yet fragility and errors keep them from replacing classical machines.
A tiny gold crystal enables room-temperature quantum light manipulation, potentially eliminating the costly refrigeration that has long blocked practical.
Not all quantum entanglement boosts machine learning: KAIST researchers found bound-entangled states provide zero exponential speedup, upending a core.
Enterprise cloud is already running quantum computing through hybrid systems, with HSBC, BMW, and Airbus deploying real workloads in finance and.
Google hired a top NIST physicist to lead neutral atom quantum computing research, a quieter bet that could outpace superconducting qubits within five.
Saxon Q's diamond quantum computer runs at room temperature with 99.98% fidelity, but Gartner says no enterprise AI will run on quantum hardware by 2028.
QuEra's 2028 quantum computing roadmap targets 1,000 logical qubits from just 20,000 physical qubits, a ratio that could make fault-tolerant quantum.
Quanome Technologies rebranded from Lakeside Holding and listed on Nasdaq to pursue quantum computing and AI for drug discovery and problems classical.
Israel is launching a tender to build a domestically produced quantum computer, aiming to reduce foreign dependence and secure its place among global.
Quantum computing's trust problem goes beyond qubit counts; Hong Kong banks scored 2.3 out of 10 on quantum readiness with threats arriving by 2029.
Fujitsu's self-evolving AI agents learn from feedback and adapt automatically, solving the stall-out problem that kills most enterprise AI projects after.
Quantum computing boosted cancer neoantigen prediction accuracy by 6%, helping immunotherapy target tumors more precisely using just a 46-qubit processor.
France and Switzerland are racing to build homegrown quantum computing industries, fearing a repeat of Europe's costly AI misstep that handed the market.
EY bought a quantum computer it can't fully explain, revealing the gap between enterprise quantum hype and what the hardware can actually do today.
IBM claims quantum advantage in three experiments, then invites rivals to disprove it, a bold verification strategy that could reshape quantum computing.
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.
