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 · 161–170 / 1335
VertiFuseX is a lightweight, hybrid LSTM architecture that achieves superior generalization and accuracy in financial forecasting by employing a novel penultimate-layer vertical fusion of multi-scale temporal representations, significantly outperforming existing baselines across diverse global markets while maintaining deployment-ready efficiency.
This study employs a nonrelativistic quark-antiquark potential model with a Cornell potential and Gaussian spin-spin interaction to successfully reproduce the masses and spectroscopic properties of and mesons, extract consistent HQET couplings, identify specific Regge trajectory assignments for high-mass states, and provide evidence suggesting the exotic nature of the meson.
This paper proposes a Floquet-engineering scheme using periodic driving to suppress decoherence in hybrid magnetic quantum systems, demonstrating that the formation of Floquet bound states preserves significant steady-state entanglement and enhances the viability of these systems for quantum network applications.
This paper proposes a spike-based adaptation framework that integrates a pretrained EEG foundation model with a lightweight neuromorphic module to achieve calibration-efficient, resource-aware cross-subject brain-computer interfaces, significantly reducing adaptation time and parameters while maintaining high accuracy across diverse EEG tasks and datasets.
This study proposes a physics-guided, explainable machine learning framework using an optimized CatBoost model to accurately predict the unconfined compressive strength of nano shale–quicklime stabilized kaolin clay while quantifying uncertainties and identifying key physical drivers like plasticity and curing interactions.
Using DESI DR1 data, this study reveals that wide binary systems host significantly fewer metal-enriched white dwarfs than single stars, suggesting that stellar binarity either suppresses the initial formation of planetary reservoirs or accelerates the depletion of planetary material.
This study presents a unified systems-based framework linking pesticide and heavy metal contamination to soil process disruption and ecosystem service decline, evaluating restorative mitigation strategies within the context of Sustainable Development Goals to guide systemic transformation in agricultural practices, governance, and research.
This paper bridges the gap between formal protocol specifications and real-world implementations by using the SpecMon runtime monitor to verify that observed executions of WhatsApp Web and Signal Desktop conform to newly developed Tamarin-compatible models, thereby confirming security properties and uncovering undocumented differences between the applications.
The paper introduces Inverse FoldDir, a controllable inverse-folding method based on Dirichlet flow matching that generates diverse, experimentally validated protein sequences with user-defined constraints by performing iterative denoising on the amino acid probability simplex, achieving state-of-the-art structural recovery metrics and successful functional redesign of an anti-GFP nanobody.
An exactly certified counterexample shows that the stationary quantum bootstrap is not tight in two dimensions: a candidate satisfying every stationary constraint, with a strictly positive moment matrix, assigns a negative value to a polynomial that is non-negative everywhere. Adding the eigenstate constraints removes the violation in every setting tested, apparently by bounding the momentum directions the stationary relaxation leaves free. A related gap in the underlying matrix cones first opens at five variables.