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Digital Currency Risks 2026: Regulation, Environment & Quantum Computing - News and Statistics IndexBox
Until now, accurately tracking the state of quantum systems with distant interactions has been hampered by unavoidable delays and complex dynamics. An optimal filter has been developed to overcome the…
Can symmetry be broken in a quantum system without the usual requirement for bands to meet. Recent work demonstrates precisely that, revealing a pathway to PT symmetry breaking in periodically driven …
Previously, quantum batteries employed superposition to combine just two charging pathways. Now, a cyclic protocol superposes a number of sequences equal to the chargers used, creating bursts of incre…
For decades, a clear distinction between how efficiently quantum and classical systems could communicate has remained elusive. Now, a new result demonstrates that quantum communication can solve a spe…
Previously, entanglement’s potential for ultra-precise measurement was quickly overwhelmed by environmental noise. Now, a new framework called encoded quantum signal processing maintains Heisenberg-li…
Until recently, modelling the complex interplay between quantum systems and their environment demanded compromises between accuracy and detailed insight. Now, a hybrid computational method, RC-HEOM, o…
Previously, modelling complex financial risks or wireless signals demanded ever-increasing computing power, or forced reliance on simplifying assumptions. Now, a new algorithm directly captures fully …
Previously, manipulating light’s twisted form within atomic systems meant sacrificing either its speed or its intricate polarisation. Now, a predictable cycle between left- and right-circular polarisa…
Previously considered incompatible, deterministic explanations for quantum entanglement are now demonstrated within the de Broglie, Bohm framework. This model rigorously reproduces all quantum-mechani…
Within a lattice of interacting quantum particles, thermal behaviour appeared consistent regardless of how energy levels were mathematically defined. Now, calculations reveal this isn’t always true; i…
Previously, understanding quantum states with perfect knowledge of two non-commuting properties relied on methods limited to clear-cut measurements. Now, a new mathematical framework utilising operato…
Deterministic master equations, previously limited to modelling immediate quantum interactions, now extend to encompass feedback with complex memory effects. This advancement reframes non-Markovian pr…
Previously obscured links between quantum entanglement, nonlinear dynamics, and measurement precision are now illuminated by a new theoretical framework. This work demonstrates that complex collective…
Until recently, the Talbot effect in Bose-Einstein condensates was understood to self-correct fluctuations in amplitude, maintaining a predictable periodic pattern. New work demonstrates that disorder…
Until now, the link between energy dissipation in quantum systems and the potential for enhanced sensing remained obscured by theoretical limitations. This work clarifies that exceptional points, sing…
Can energy flow efficiently through a network of quantum batteries, or does simply adding more cells create bottlenecks? New analysis reveals optimal coupling strength scales with network topology, pr…
Can a single material simultaneously generate a dozen distinct laser types from its surface. A dichroic Dirac semimetal achieves this, producing 12 unique topological lasers through interactions betwe…
State-Space Models, like those powering AI21’s Jamba, efficiently process sequences with a fixed-size hidden state, scaling linearly with context length—unlike transformers. Mamba is a widely adopted …
VRadar Security has achieved patent-pending status for its cybersecurity platform featuring a post-quantum cryptographic system, designed to secure log transport using NIST-standardized algorithms. De…
Previously, controlling the flow of energy in complex materials relied on disrupting their regular structure, but the trade-off was often a loss of predictable behaviour. Now, a specific disordered ar…
Until now, assessing how well a quantum computer would perform on unseen data relied on pessimistic estimates of its overall potential. New theoretical bounds move beyond this, instead focusing on the…
Previously focused on entanglement alone, investigations into coupled oscillators now reveal a more complete picture of quantum behaviour through combined analysis of discord and purity. This expanded…
Inside a cryostat, a single photon’s polarisation state, once confidently signalling quantum steering, now carries a hidden uncertainty. Previously, certifying this non-classical correlation relied on…