1,880 new papers appeared. We read every one. These 20 are worth your time.

Here we developed the Esophageal AI-Guided malignant Lesion Evaluation (EAGLE) model to detect precancerous lesions and cancer from chest NC CT, a task historically considered impossible.

Here, we present the first national-scale characterization of land subsidence hazard and exposure of population groups and infrastructure systems across 20 United States coastal states, explicitly accounting for spatial dependence.

Using a model derived from magnetic resonance imaging and diffusion-weighted imaging, CerebroSim simulates 86 billion neurons and 100 trillion synapses on 18,432 nodes across 11.2 million cores of the LineShine Supercomputer, sustaining 24.44 PFlop/s, 91% weak-scaling efficiency, and 94% strong-scaling efficiency.

Here, we report the successful amplification and sequencing of human immunoglobulin heavy and light chain variable regions from wastewater.

We show how it can evaluate general electrochemical models and present a quantum simulation of the Single Particle Model with electrolyte (SPMe) as the first quantum simulation of a battery cell.

We establish that AI tutoring is statistically equivalent to expert human tutoring for GRE learning gains (p = .015), and in five of the seven GRE domains, the best performing AI tutor surpassed the human tutor, on average.

ConclusionsAmygdala-targeted FUS produced anatomically specific, multimodal evidence of neuromodulation relative to active control, with a manageable safety profile.

We present GUIAuditor, the first system designed to realize this vision by creating GUI Provenance: a queryable, semantic record of a child's interaction sequence.

To this end, we propose {ForgetMimic}, the first motion-level unlearning method designed specifically for physical-world humanoid control.

Creases, localized indentations arising from elastic instabilities at strained soft interfaces, autonomously gate and steer droplets via long-range elastocapillary repulsion.

However, multiple systemic and liver-specific stresses induce a previously uncharacterized surge of hepatocyte nucleosome production that is uncoupled from DNA replication.

Our model-based approach trains a single world model on up to 90 insertion tasks with geometrically diverse parts, achieving 56% zero-shot success on unseen objects with unknown geometry compared to just 7% with a model-free baseline.

Here, we report the observation of the orbital Nernst effect in Ti.

Here, we report the first experimental evidence for the orbital Nernst effect by measuring the magneto-thermopower in the yttrium iron garnet (YIG)/Pt/CuO x heterostructures.

These findings provide the first causal evidence in primates that hypothalamic OT neurons regulate social visual orienting by increasing exploration of the eyes, thereby linking a hallmark effect of intranasal OT administration to defined central OT pathways and establishing chemogenetic access to this system in freely behaving macaques.

Collectively, this work provides the first systems-level map of CE-protein interactions and establishes a generalizable, multimodal framework for chemically resolving lipid-protein interactomes.

We present an automated laser speckle contrast imaging (LSCI) platform for non-invasive, longitudinal, label-free imaging of the developing heart and extraembryonic vasculature of the chick embryo through the intact eggshell.

We therefore propose EvoAudio, a recursive self-improvement system for audio understanding.

Our HST/STIS spectrum shows strong evidence for an early-time outflow through broad near-UV (NUV) and far-UV (FUV) absorption lines blueshifted by $\sim$10,000 km s${}^{-1}$, including two new UV broad absorption features not yet identified in a TDE.

This motivates our Rewiring Thesis: a conceptual revolution is a persistent, large-scale reorganization of transfer relations among mathematical problems.