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 · 81–90 / 1335
Using six decades of museum records from the Brazilian Cerrado, this study reveals that while seasonality does not drive overall population trends, oil-specialist bees face higher vulnerability than generalists and the genera *Centris* and *Epicharis* exhibit distinct seasonal activity patterns that facilitate temporal niche differentiation.
This paper proposes a novel framework combining physics-informed Transformers with simulation-based inference to efficiently and accurately detect eccentric binary black holes in Pulsar Timing Array data, offering a scalable alternative to traditional Bayesian methods by embedding analytical gravitational wave physics directly into the model architecture.
This paper proposes a normalized fractional Hirsch index to demonstrate that for highly successful scientists, approximately 14% of their top-cited papers generate about 86% of their total citations, a distribution that aligns with Pareto's 80-20 law and self-organized critical sandpile models.
By analyzing over a year of CME market data, this paper challenges the conventional single-threaded HFT design by demonstrating that while one thread suffices for sub-period packet processing, a two-stage threaded architecture can significantly reduce queuing tails caused by transaction bursts, provided the split shortens the system's slowest stage.
This study reveals that the enzyme FAR1, a rate-limiting factor in ether lipid metabolism, acts as a hypoxia-induced receptor that binds LC3B to trigger peroxisome degradation via autophagy, thereby conferring cardioprotection against ischemic injury.
This paper investigates the non-stationary positional statistics and thermodynamic energetics of a Brownian particle in a harmonic trap with time-dependent stiffness proportional to the square of the Brownian process, deriving exact expressions for positional moments and thermodynamic quantities that are validated by numerical simulations.
This paper presents a generalized, quasi-universal subgrid model that couples Cox's matched asymptotic relation with empirical contact angle models to enable predictive, grid-independent simulations of macroscopic moving contact line flows without requiring case-specific calibration or phenomenological parameters.
This paper argues that the persistent failure of Yorùbá text rendering across digital platforms stems from Unicode's lack of precomposed characters for core diacritic combinations, and it proposes a formal encoding request to resolve these inconsistencies caused by the reliance on unstable combining sequences.
This paper evaluates the UPGen and Proteus censorship circumvention systems, revealing that while UPGen's "collateral damage trap" theoretically prevents blocking without massive collateral damage, experimental reproduction shows that publicly available artifacts fail to achieve this resistance, as standard classifiers can reliably distinguish their traffic from benign protocols.
This paper introduces AdaptiveCache, a self-tuning hash table that dynamically switches between SwissTable, Robin Hood hashing, and a novel GraveyardTable structure based on real-time workload patterns, achieving up to 89.7% efficiency relative to an oracle baseline by utilizing machine learning-driven decision policies to minimize migration costs and adapt to dynamic read-write-deletion ratios.