IonQ Hit 1 kHz. That Is Not a Bookable QPU.
IonQ's Oct. 9 note puts entanglement above 1,000 per second between a trapped ion and a silicon-vacancy memory. No fidelity figure is in the release paragraphs.
Explore quantum computing principles, applications, and revolutionary impact on future technology
IonQ's Oct. 9 note puts entanglement above 1,000 per second between a trapped ion and a silicon-vacancy memory. No fidelity figure is in the release paragraphs.
IonQ's Oct. 6 note puts Clifford operations at up to 74x and Toffoli gates at up to 5.0x. Q70 and Q102 are codes in a blueprint, not a bookable system.
A Surrey design in npj Quantum Information predicts much lower error rates for a helium-3 qubit. The lifetimes in the Oct. 5 table are calculated, not measured.
A Duke team published string-breaking on 13 ytterbium ions in Nature Physics. Google and QuEra already did it in two dimensions. The Big Bang stayed put.
On Sept 22 IonQ said a commodity CPU decoded 31.5 million operations with 0.02% stretch. That is a classical result. The Superion-at-NVIDIA date is 2027.
Sandia, Quantinuum, and NVIDIA published QUOPS. Helios-1 wins circuit size. Willow wins speed. The apps on the poster are still five orders of magnitude away.
Fermilab cut a five-month fault-tolerant workflow to three weeks. Infleqtion wired qLDPC into the same layer. The qubits are still noisy. The orchestration is what shipped on 14 September.
IonQ opened orders for a 256-qubit machine built on foundry control chips. Deliveries start in 2027. Fault tolerance is still a later slide.
Diraq and Equinix are putting Australia's first quantum computer inside a commercial data center, and it draws under 20kW. Here's why deployability beats raw qubit counts.
Google and IBM both report below-threshold error rates on logical qubits, but the qubit overhead required for fault-tolerant quantum computing remains enormous.
IBM connected its first modular cryogenic systems while Japan launched its first operational neutral-atom quantum computer. Both moves push quantum computing closer to practical use.
On August 19, three quantum companies made announcements that collectively signal the industry is moving from proof-of-concept to real hardware infrastructure. Here's what each one did and why it matters.
Quantum computing is moving beyond theoretical demonstrations into practical applications that could transform healthcare and energy production.
IonQ and Sandia National Laboratories sign MOU to co-design quantum technologies for U.S. national security applications.
AT&T cut a network optimization task from an hour to under 15 seconds using D-Wave's quantum annealing. This is what quantum advantage looks like outside the lab.
NIST's post-quantum cryptography standards are finalized, but the migration is a multi-year engineering project most organizations haven't started. Here's why the timeline is tighter than it looks.
Israeli startups Quantum Art and Classiq are negotiating Wall Street listings at up to $5 billion each, joining a growing list of quantum companies racing to public markets. Here's what the funding frenzy says about where the technology actually stands.
With error correction milestones from IBM, Google, and IQM piling up in mid-2026, the quantum computing industry is transitioning from physics experiment to engineering discipline — and the first demonstrations of quantum advantage may arrive before the year is out.
University of Vienna researchers have extended the lifetime of magnons — tiny magnetic waves — by nearly 100 times, turning what was once considered too unstable for practical use into a viable path toward room-temperature quantum computing.
Physicists have extended the lifespan of magnons — tiny magnetic waves that carry quantum information — from nanoseconds to 18 microseconds, a leap that could make quantum computers as small as a penny.
Two executive orders signed June 22 launch a national quantum computing program and mandate post-quantum cryptography adoption across federal agencies — reshaping the timeline for quantum readiness.
A 98-qubit trapped-ion quantum computer with all-to-all connectivity just dropped in Nature. Combined with Amazon's 2031-2032 commercial forecast, we're closer to practical quantum advantage than most realize.
Quantum computing is no longer just a research curiosity. From battery materials to logistics optimization, here's where the technology is already delivering real-world results.
Quantinuum's landmark Nasdaq debut marks a turning point for quantum computing. With $1.68 billion raised and a $15 billion valuation, the trapped-ion pioneer is bringing quantum from the lab to the boardroom.
Explore the latest breakthroughs in quantum computing commercialization. Learn how IBM, Google, and startups are bringing quantum technology to businesses in 2026.
Google achieved error-corrected quantum computation with logical qubits. Explore what this means for practical quantum advantage and the road ahead.