![Entanglement’s evolution within the modeled wormhole setup demonstrates that localized operator excitation enhances mutual information [latex]\Delta I_{AB} > 0[/latex] by spreading the right-moving entangled mode-primarily affecting region BB, with some impact on AA-while leaving the left-moving mode unaffected, thereby increasing [latex]S_A[/latex] but not altering [latex]S_{AB}[/latex].](https://arxiv.org/html/2601.21604v1/x9.png)
New research explores how quantum entanglement can be propagated between two seemingly disconnected universes using wormhole-like connections, potentially offering insights into the nature of quantum information transfer.
![FlowBoost successfully generated point sets that surpass previously known constructions, achieving a discrepancy of 0.073086 for [latex]N=20[/latex] and 0.032772 for [latex]N=60[/latex], and approaching the theoretically proven optimal discrepancy of 0.0604 for [latex]N=20[/latex].](https://arxiv.org/html/2601.18005v1/x35.png)
A new framework harnesses the power of flow-based generative models and reward-guided learning to efficiently discover optimal solutions for complex geometric problems.
![The study elucidates a Hamiltonian constructed from specific term configurations-the first three defining the initial component, while subsequent configurations detail further terms-and demonstrates this framework’s application through Gauss’s law as it relates to eleven-form symmetries, further illustrated by the behavior of a dipole algebra-specifically, how a translation operator acting on [latex]\mathcal{M}^{Z(1)}\_{xy,x}[/latex] transforms it to [latex]\mathcal{M}^{Z(1)}\_{xy,0}[/latex].](https://arxiv.org/html/2601.21625v1/x7.png)
Researchers have developed an advanced adenine base editor that dramatically improves the accuracy and efficiency of targeted DNA conversion, minimizing unintended genomic alterations.
A new framework uses information theory to reveal phase transitions and underlying patterns in scattering and imaging datasets without requiring pre-defined physical models.
A new study details a precise search for an electric dipole moment in the electron using barium monofluoride molecules, pushing the boundaries of fundamental physics.
New research delves into the conditions that allow two Einstein manifolds to merge into a single, unified Einstein space, with a focus on hyperbolic geometries.
![Following a quench from a weakly-entangled state, the rate of growth of state entanglement is determined by a static solution to the equations of motion-specifically, [latex]\theta(x) = \arctan\exp\left(2x/l\right)[/latex]-which defines an entanglement membrane tension [latex]\mathcal{E}(v)[/latex] at [latex]v=0[/latex], and is degenerate under spatial translations where [latex]l \equiv \Delta\_0/\Delta\_I[/latex].](https://arxiv.org/html/2601.21134v1/staticwall.png)
New research reveals the mechanics of entanglement in noisy quantum systems, identifying a characteristic velocity that governs how quickly information spreads.
![The dynamics of hole polaron formation in MgO reveal a time-dependent energy landscape, transitioning from an initial state-indicated by calculations yielding [latex]E_{static}[/latex]-to a stabilized configuration, as evidenced by the evolution of the hole envelope function [latex]A_{n{\bf k}}(t)[/latex] over timescales of 10 to 500 femtoseconds and corresponding shifts in the density of injected holes within the conduction band.](https://arxiv.org/html/2601.21810v1/Fig2.png)
New research uses advanced theoretical modeling to observe the fleeting formation of polarons – quasiparticles crucial to understanding material conductivity – in real time.
![An accelerated discovery workflow integrates physical principles, generative modeling ([latex]MatterGen[/latex]), machine learning potential prescreening ([latex]MatterSim[/latex]), and high-throughput density functional theory validation to efficiently identify and analyze candidate electride materials, systematically filtering compositions based on defined metrics and retaining only those meeting stringent stability criteria.](https://arxiv.org/html/2601.21077v1/Fig1.png)
A novel computational framework combining artificial intelligence and materials science dramatically accelerates the discovery of inorganic electrides with unique electronic properties.
![Following a sudden shift in interaction strength, the system’s double occupancy - a measure of paired particles - exhibits time-dependent fluctuations whose period and long-term average are demonstrably modulated by the magnitude of that shift, revealing a nuanced relationship between quench strength [latex]U_f/W[/latex] and the resulting dynamic behavior.](https://arxiv.org/html/2601.22053v1/1B.png)
New research reveals how spatial variations dramatically influence the behavior of interacting electrons after a sudden change in their environment.