Oxford researchers demonstrated a two‑node trapped‑ion quantum network where entanglement was stored in calcium‑ion memory qubits for over 10 seconds.

Postquant Labs’ new Quip Virtual Machine offers a hardware‑agnostic, gas‑priced environment that unifies quantum and classical execution, lowering barriers for developers and businesses.

Simulations show that a hybrid quantum repeater combining SPDC photon sources, atomic‑frequency‑comb memories, and atom‑based processing units can markedly boost secret‑key rates in linear repeater chains.

In-plane magnetic-field tuning of germanium hole spin qubits yields a five‑fold coherence boost and 99.82% gate fidelity, advancing scalable quantum computing.

A chip‑scale tunable inductive bridge acts as an on‑chip microwave switch that isolates transmon readout, suppressing amplifier‑induced dephasing without harming qubit performance.

WISeSat’s new 6U satellite, FOSSASAT‑2E27, demonstrates quantum‑resistant security hardware in orbit, marking a step toward systematic, real‑world validation of post‑quantum cryptography for space systems.

Zapata Quantum adds Peter Shor and other leading scientists to its advisory board to steer its hardware‑agnostic Quantum Pilot platform toward practical quantum applications.

Arqit’s strategic investment in Sirius fuels the joint development of Crux, a quantum‑safe communications platform aimed at defence and government users across NATO and allied nations.

NowSecure’s analysis of 136,711 mobile apps shows that 97% lack detectable post‑quantum cryptography, highlighting a critical need for inventory, remediation, and testing as organizations prepare for quantum‑era threats.

The BIRD Foundation has approved $7.4 million in conditional grants for seven U.S.–Israel R&D collaborations spanning quantum computing, satellite communications, semiconductors, AI‑driven healthcare, precision agriculture, digital pathology, and medical 3D printing.

Tokenised assets must adopt quantum‑ready security now to protect long‑term ownership and ensure seamless upgrades as quantum computers become viable.

Recent analysis shows that all major attempts to derive the Born rule rely on an additivity assumption, meaning quantum probability cannot be derived without presupposing a probability‑like principle.

A new quantum protocol shows that energy can be transferred deterministically from fluctuating sources without accompanying entropy, opening routes to ultra‑efficient low‑power devices.

Researchers at the Max Planck Institute have created an ultra‑clean crystal surface that lets single molecules reach the fundamental Fourier‑limited quantum coherence, opening new routes for molecular quantum technologies.

Randomly indexed Fock‑state codes achieve asymptotically linear protection against amplitude‑damping photon loss while keeping per‑mode photon numbers bounded.

Interactive proofs can let memory‑limited quantum learners verify complex tasks, but only when quantum communication is allowed; classical interaction alone offers no advantage.

A new semidefinite‑programming framework lets researchers reliably bound quantum entropy directly from observed data, boosting the practicality of device‑independent cryptography.

Bechtle is supplying the German Aerospace Center’s Quantum Computing Initiative with cloud access to IQM’s superconducting quantum computers and a dedicated hybrid classical server through June 2027.

Alice & Bob’s Phase 1 PROQCIMA results show functional cat‑qubit error‑correction blocks on real hardware, but logical error rates remain above the fault‑tolerance threshold.

Finland’s Coherence Quantum secured €2.78 million in seed funding to build cryogenic signalling and control hardware that will help scale solid‑state quantum computers.

Atomic clocks and other quantum sensors are delivering reliable, real‑world benefits today, even as hype around quantum computing outpaces practical deployment.

Quminex secured a CAD 1.5 million pre‑seed round led by Quantacet and QAI Ventures to commercialize its AI‑driven mineral discovery platform.

Taiyi Quantum has raised over ¥1 billion RMB (~$150 M) in its first nine months, positioning its ytterbium neutral‑atom platform as a unicorn‑valued contender for fault‑tolerant quantum computing.

AI’s proof of the quasi‑Riemann hypothesis, a narrowed strip version of the classic conjecture, has been verified by experts and is poised to reshape number‑theory research.