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Insider Brief PRESS RELEASE — Northwest Quantum Nexus (NQN), the regional quantum technology hub serving Washington, Oregon, Idaho, and Montana, today announces NW Quantum Day — a landmark regional su…

Insider Brief PRESS RELEASE — Pasqal, a global leader in neutral‑atom quantum computing, today announced a strategic collaboration with True Nexus, a computational intelligence company focused on maki…

Previously, finding valid solutions for complex vehicle routing using quantum algorithms proved exceptionally difficult, with standard approaches often failing to converge. Now, a constraint-aware fra…

Can five quantum states, and no more, completely shield information from collaborative eavesdropping? Previously, constructing such a basis required more states than theoretically possible. Now, a new…

Until now, validating cryptographic security relied on complex mathematical proofs. This work extends deep learning to empirically test ciphertext indistinguishability for both post-quantum and hybrid…

Training a quantum computer typically takes hours, but a new technique reduces this to mere minutes on a five-qubit system. By directly training the underlying matrices, rather than individual quantum…

Can a quantum neural network match digital image recognition with a fraction of the computational cost? It now can, achieving 99% accuracy for binary image classification and 80% for multi-class tasks…

Until now, automated science has excelled at analysing data but struggled to independently *discover* new mechanisms. ResearchEVO breaks this pattern by jointly evolving algorithms and documenting fin…

Over twenty per cent reduction in quantum information loss is now achievable without relying on complex GKP states, a longstanding barrier to practical continuous-variable quantum computing. This adva…

Before now, the subtle relationships within quantum systems evolving over time remained largely obscured by complex calculations. This work reveals a hidden geometric structure governing how these sys…

Real-time dynamics have now been simulated for up to 1000 qubits in three dimensions, exceeding the scale previously attainable beyond one dimension. This advance utilises Neural Quantum States to mod…

Can complex quantum computations remain intractable even when disturbed by realistic noise? This work demonstrates that IQP circuits with a depth of $d = Ω(log(n))$, previously considered classically …

Did extending the rules governing light-matter interaction to include two-photon processes reveal a previously hidden order within complex quantum systems. Analysis of spin-boson systems now confirms …

Previously, determining how information spreads within quantum systems demanded computationally expensive methods. Now, a randomised protocol computes out-of-time-order correlators on neutral-atom sim…

Instability-enhanced quantum sensing now outperforms previous methods relying solely on quadratic interactions, even when instability rates are identical. This advance stems from enhanced short-time d…

A 24-nanosecond quantum gate operating with 99. 9% accuracy was achieved, defying the usual slowdown required for reliable calculations. This performance stems from a new coupler design which simultan…

Coherent feedback control of quantum systems now requires solving at most four Lyapunov equations, a simplification from the previous standard of two coupled algebraic Riccati equations. This new meth…

Can a quantum computer operate with guaranteed results from every calculation, rather than relying on probability? This work demonstrates deterministic controlled-NOT gates using light, achieving this…

Entangled quantum clocks now demonstrate a precision that scales linearly with the number of clocks used, a marked improvement over previous methods limited to a factor of √N. This new protocol utilis…

Coherence, the quantum property enabling superposition, is unexpectedly diminished during efficient prime factorisation using Shor’s algorithm. This work details how the algorithm simultaneously gener…

Ten to the power of five quantum memories and ten to the power of ten programmable beam splitters were previously thought necessary for quantum target ranging. Now, a new receiver architecture achieve…

A predictable inflation of actuator variance, induced by correlated sampling, reveals the limits of modelling digital laser stabilisation as a memoryless process. This work moves beyond approximations…

Until now, strong-field ionization relied on predictable light, limiting control over electron behaviour. Bright squeezed vacuum light, delivered with up to 10 \textmu J of energy, selectively amplifi…