IBM and Rutgers scientists used real‑time feedback on a 100‑qubit segment of IBM’s 156‑qubit Heron processor to demonstrate a controllable transition from chaotic to ordered quantum dynamics.

Quantum X Labs’ new error‑correction decoder on NVIDIA CUDA‑Q and its LayerQake security tech on IBM processors cut logical errors and measurement bias, marking notable progress for quantum reliability and cybersecurity.

A newly transcribed Schrödinger manuscript shows he built a hidden‑variable model to demonstrate that deterministic explanations of quantum randomness could not be dismissed, though he did not endorse determinism.

Quantinuum and Oracle’s partnership now offers early‑access, cloud‑based hybrid quantum‑AI computing through Oracle’s OCI Quantum AI Compute Beta, letting enterprises experiment with Helios alongside AI and HPC resources.

SEEQC’s new Digital Link, paired with NVIDIA’s NVQLink and Ising decoder, cuts quantum error‑correction latency and logical error rates by about half, highlighting the importance of tight quantum‑classical integration.

Florida’s first quantum‑safe network segment links Palm Beach State College and Florida Atlantic University via IonQ QKD over dark fiber, marking a statewide push for post‑quantum security.

The UK and Singapore used their 11th Financial Dialogue to align on quantum security, sharing post‑quantum cryptography guidance and lessons from Singapore’s QKD sandbox while deepening broader digital‑finance cooperation.

SUSE and Fujitsu are bundling NVIDIA’s CUDA‑Q with their AI Factory to deliver a production‑ready hybrid quantum‑classical stack for enterprise data centers.

An asymmetrically threaded SQUID coupler enables fast, bias‑preserving entangling gates for Kerr‑cat qubits, achieving >99.6% fidelity and a noise bias near 10⁴.

A new qubit encoding using antimony‑123 nuclear spins in silicon could push coherence times to ~100 seconds and enable 99 %‑fidelity two‑qubit gates via quadrupolar‑enhanced Kerr‑cat states.

A new mapping links quasiprobability phase‑space tools to quantum error‑correcting codes, showing only GKP and qudit stabiliser families admit code‑adapted representations.

A new quantum algorithm reduces the memory needed for accurate future‑event probability predictions while preserving quadratic speed‑up, offering a practical advantage over classical methods.

Bechtle and IQM have secured a multi‑year DLR Quantum Computing Initiative contract to deliver European‑based superconducting quantum‑cloud services and hybrid HPC infrastructure for German aerospace research.

Pluriflock shareholders will vote on Nov 18 to approve Quantum eMotion’s offer of cash and stock, aiming to merge quantum‑based security tech with Plurilock’s cyber‑operations.

The National Physical Laboratory has received GOTT funding to develop batch packaging for trapped‑ion quantum chips, aiming to lift manufacturing bottlenecks and enable scalable quantum computers.

Hybrid infrastructure that links quantum processors with existing IT is the practical path for enterprises to become quantum‑ready today.

qBraid launches qBraid OS, a unified platform that lets quantum hardware providers manage access, scheduling, billing and integration with NVIDIA GPUs for on‑premise or cloud quantum services.

Northwestern physicists have trapped a single positron for months in a quantum cyclotron, enabling ultra‑precise tests of matter‑antimatter symmetry.

South Korea will expand its quantum communications testbeds into three specialized hubs—commercial, overseas, and future—through 2028, backed by a 7.4 billion‑won public‑private investment.

University of Rhode Island students are serving as teaching assistants for Brookhaven National Laboratory’s Quantum Information Science 101 course, deepening academic‑lab ties and expanding quantum computing education.

AI can both accelerate quantum attacks on current encryption and help organizations inventory and replace vulnerable cryptography before quantum computers become practical.

Postquant Labs’ new Quip Virtual Machine offers a cross‑hardware, gas‑priced runtime for quantum smart contracts, aiming to standardize quantum execution on annealers, gate‑based QPUs and classical solvers.

Pasqal unveiled an open‑source Neutral‑Atom Agentic Toolkit that automates the translation of scientific literature into runnable experiments on its QPUs, and showed that nearly half of a 633‑paper arXiv corpus can be executed today.

Alice & Bob’s Phase 1 report shows three cat‑qubit demonstrators achieving key error‑correction milestones as France’s PROQCIMA program ramps up toward 1,000 logical qubits by 2032.