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.
1336 papers reviewed by authors · 431–440 / 1336
Despite high self-reported confidence, an exploratory study of 21 healthcare workers in seven Zambian hospitals reveals critical gaps in snakebite management preparedness, characterized by a lack of formal training, poor awareness of national guidelines, and low utilization of treatment protocols.
This paper theoretically estimates the lowest boundary of the axion mass to be greater than 5.885 microelectron-Volts by analyzing the energy spectrum of electrons in magnetic fields and applying these results to hyperfine transitions in hydrogen atoms and solar axion emission.
This paper revisits and generalizes Lord Rayleigh's 1896 high-frequency perturbation theory for the 2D Helmholtz equation, correcting and extending his method to provide explicit solutions for wave diffraction by arbitrarily shaped, periodically uneven impenetrable boundaries under arbitrary angles of incidence.
This paper resolves a question posed by Farb regarding the continuous selection of distinct points on smooth cubic plane curves by proving that such a choice is unique up to homotopy for and impossible for .
The paper introduces MAPS, a novel multi-agent framework that balances individual subjective perspectives with shared meaning in dialogue by utilizing domain-weighted profiles, dynamic memory, and interpretable attention, thereby enabling cognitively distinct agents to achieve semantic alignment without sacrificing diversity.
This paper confirms the existence of a MOND-type gravitational anomaly in wide binary stars at low accelerations by demonstrating that rigorous data quality control and realistic modeling of multiple-star systems cannot eliminate the observed deviation from standard gravity, attributing conflicting previous results to calibration biases, unaccounted selection effects, or insufficient statistics.
This meta-ethnographic review of Ethiopian TVET reveals that transformational leadership indirectly influences youth employability by shaping the quality of industry linkages, which are often hindered by institutional constraints and a vision–practice decoupling, ultimately necessitating a context-dependent TL–ILC framework to bridge the gap between policy and implementation.
This benchmark study demonstrates that while DeepSeek models effectively extract cancer types and predict AJCC stages from 952 unstructured pathology reports, DeepSeek-extracted structured variables did not significantly improve prognosis prediction under the evaluated framework compared with using the original pathology report text directly, supporting a hybrid architecture that leverages DeepSeek for information extraction and staging while relying on traditional machine learning for outcome modeling.
This study demonstrates that combining strong coherent and weak bright squeezed vacuum lasers to drive high-order harmonic generation in atomic gas enables the creation of bright quantum high-order harmonics, where macroscopic propagation effects and gas pressure modulate the phase and quantum properties of the resulting attosecond bursts, paving the way for attosecond quantum spectroscopy.
This quasi-experimental study demonstrates that an AI-supported, learning analytics-driven system significantly improves secondary school physical education outcomes by delivering personalized exercise prescriptions and actionable feedback, with the greatest benefits observed among students with lower baseline fitness levels.