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.
1335 papers reviewed by authors · 241–250 / 1335
This paper identifies and classifies 97 pairs of hyperbolic Lie algebras and their "superized" almost affine Lie superalgebra counterparts that share identical Weyl chambers, thereby revealing a hidden supersymmetry where the tracks of cosmological billiards remain invariant despite the transition from bosonic to supersymmetric structures.
HADIA-KB is an evidence-preserving digital knowledge infrastructure that aggregates and maps fragmented scientific and cultural data on Jharkhand's traditional rice beer into a reproducible, source-proven graph, explicitly highlighting documentation gaps and regional variations rather than consolidating diverse traditions into a single narrative.
This qualitative study of 30 employed mothers reveals that the transition from weekend caregiving to Monday work entry is a differentiated psychosocial threshold shaped by the interplay of care burden, workplace control, and psychological disconnect, resulting in varied experiences of relief, strain, or ambivalence that differ significantly across occupational contexts.
Tail-Replay is a prefix caching mechanism for hybrid large language models that enables unconstrained token-level reuse by reconstructing linear-attention states through replaying only a short, recent suffix of matched prefixes, thereby eliminating the need for recurrent-state checkpoints while achieving near-perfect quality retention and significant inference speedups.
This paper investigates a nonequilibrium bead-spring model to demonstrate that kinetic temperatures serve as the fundamental organizing variables unifying energy storage, heat transport, and irreversibility, revealing that while energy observables depend on mass arrangement and exhibit path dependence in singular limits, transport and entropy production remain invariant under mass exchange.
This paper demonstrates that inertia in a nonequilibrium two-bead system coupled to heat baths acts as a critical generator of information flow, revealing hidden divergences, symmetry-breaking geometric structures, and bimodal behaviors that are absent in the overdamped limit, thereby establishing a minimal framework for designing information-driven nanomachines.
This study presents a light-switchable photosensitizer engineered to relocalize from mitochondria to the nucleolus upon irradiation, where it targets nucleolar RNA to induce p53-dependent pyroptosis and enhance antitumor immunotherapy while minimizing dark toxicity.
This paper introduces Slug-Mapper, a low-cost, open-source magnetic field scanner built from repurposed 3D printer parts and off-the-shelf components to enable high-resolution static field mapping and calibration for Ultra-Low Field MRI systems.
This paper introduces and evaluates three retrieval methods for Polish statutory law that utilize language-model-generated document surrogates, demonstrating that the ASCR-H cascade with reranking significantly outperforms existing baselines in top-rank accuracy on legal examination questions, while a more cost-efficient alternative (DTF) achieves comparable performance at the head of the ranking with substantially lower latency and cost.
The paper introduces CapFrame, a novel framework that addresses the task of Text-Instructed Viewpoint Grounding (TIVG) in 3D Gaussian Splatting scenes by converting text instructions into geometric pseudo labels through a Retrieve-Translate-Refine pipeline to automatically optimize 6-DoF camera poses for desired frame compositions.