Papers where the original authors have engaged with our plain-language explanation.
For every paper on this page, at least one of the original authors has seen our plain-language explanation and engaged with it — either confirming it reads accurately or requesting corrections that we then applied. An endorsement does not mean the authors formally approve every sentence, but it does mean the explanation has passed the eyes of the people who wrote the paper.
438 papers reviewed by authors · 361–370 / 438
This paper presents a comprehensive theory for optical long-baseline interferometry on polarized sources by introducing a generalized Mueller matrix formalism that relates observed and object Stokes visibilities, demonstrating the necessity of correcting for polarization crosstalk to accurately recover complex visibilities even for unpolarized sources.
This paper derives for each data point a sharp upper bound on its silhouette width and aggregates these to obtain a canonical upper bound for the average silhouette width, thereby enhancing the interpretability of clustering quality evaluation by showing how close a given result is to the best possible outcome for that specific data.
By leveraging multi-modal epigenomic profiling across a telomere-to-telomere human genome reference, this study reveals that transposable elements, particularly SVA and specific Alu and LTR subfamilies, engage in an evolutionary arms race with host defense systems primarily by escaping H3K9me3-mediated heterochromatinization and progressively invading CTCF-rich regulatory regions to drive genomic innovation.
This paper proposes a unified classification scheme for stellar systems based on the MOND depth index and dynamical maturity/collisionality metrics, revealing that the observed mass discrepancy is strictly confined to systems that are both in the deep-MOND acceleration regime and dynamically collisionless, while high-acceleration, collisional systems like globular clusters exhibit no such discrepancy.
Using LAMOST–Gaia data, this study reveals that the Galactic high- disc retains a structured fossil record of its early formation through coherent chemical and age gradients in orbital space, supporting a formation scenario dominated by inside-out and upside-down growth despite subsequent merger events.
Researchers developed fibrinogen-drug nanoparticles that exploit the clotting cascade to form sustained intratumoral drug depots, successfully eradicating advanced triple-negative breast and pancreatic cancers in mice through a single, brief treatment.
This study reports the discovery of the Solar System's oldest known zirconolite in the andesitic meteorite Erg Chech 002, dating a shock metamorphism event at 4557.9 Ma and suggesting that previous high-precision ages for the meteorite may have been skewed by the inclusion of metamorphic zirconolite in acid-leached samples.
This paper demonstrates that the emergence of a robust cosmological arrow of time, distinguishing expanding from contracting histories, arises not merely from inflationary squeezing or boundary conditions but from environment-induced decoherence of superhorizon curvature modes, which irreversibly suppresses interference between macroscopically distinct branches within approximately 0.5 e-folds.
This paper demonstrates that degree-biased sampling in undirected graphs eliminates the friendship paradox by ensuring the expected degree of sampled vertices equals the expected degree of their neighbors, a condition equivalent to the stationary state of a random walk or the conservation of total flow.
The paper introduces the SEVA framework, an externally driven model that successfully reproduces the temporal structure of early COVID-19 mortality waves across multiple regions using a single parameter for population-level exposure, thereby offering a parsimonious alternative to traditional transmission-based models by decoupling epidemic dynamics from infection feedback.