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 · 271–280 / 438
This paper introduces Globalping, an open-source, community-driven platform that democratizes access to scalable, real-time global network diagnostics by leveraging a distributed network of user-hosted probes and offering seamless integration with tools like Slack and GitHub.
This paper identifies a novel type of nonlinear oscillation in a parametrically driven rigid planar pendulum that occurs in regions predicted to be stable by Floquet analysis, characterized by periods longer than twice the driving period and a unique power spectrum where the two dominant response frequencies sum to the driving frequency.
This paper proposes a novel K-fold CUBV statistical test that combines K-fold cross-validation with Bayesian upper bounds and concentration inequalities to provide a robust criterion for validating machine learning accuracy and detecting effects while avoiding excess false positives, particularly in scenarios with small sample sizes and heterogeneous data.
By employing a novel geographically weighted XGBoost and GAM workflow in Singapore, this study demonstrates that land surface temperature (LST) fails to adequately capture human heat stress (UTCI) because it overlooks critical physiological drivers like shading and sky view factor, highlighting the need for more human-centric metrics in climate-adaptive urban planning.
This study extends the Gai-Kapadia interbank contagion framework to global equity markets, revealing that while the overall system exhibits strong resilience to shocks, systemic risk is driven by the interaction between heavy-tailed loss distributions and the high clustering of emerging market subnetworks, which amplifies local propagation despite limited global spread.
This paper demonstrates that a classical fluid splitter can reproduce quantum-like correlations, including Tsirelson-type Bell violations, by showing that such phenomena arise from ensemble effects on dynamically inseparable entities rather than intrinsic particle properties, thereby challenging conventional interpretations of Local Realism while remaining consistent with the Correspondence Principle.
This paper establishes a systematic nonadiabatic theoretical framework for multielectron tunneling ionization that unifies wave function and density matrix approaches, derives an accurate subcycle ionization rate, and demonstrates how intense laser fields induce ionic coherence in molecules like N and CO.
This study demonstrates that efficient mass transfer in binary systems can naturally produce a black hole mass distribution mimicking the pair-instability mass gap, suggesting that observed features in gravitational-wave data may arise from binary evolution rather than solely from pair-instability supernovae.
This paper demonstrates the capabilities of a custom-built plug-flow fixed-bed cell for high-temperature (up to 1000°C) and high-pressure (up to 10 bar) operando laboratory X-ray absorption spectroscopy, successfully resolving oxidation state changes and catalytic activity in manganese and nickel systems during CO2 methanation within 5–15 minutes per spectrum.
This paper resolves conflicting reports regarding the distance and globular cluster (GC) count of the ultra-diffuse galaxy UDG1 in the NGC 5846 group by establishing a new SBF-based distance that confirms its group membership and demonstrating that, when applying a consistent selection method for brighter GCs, previous studies are actually in agreement regarding a total system of approximately 50 GCs and a massive halo exceeding 10 M.