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.
988 papers reviewed by authors · 801–810 / 988
The paper introduces the Antipodal Method, a novel algorithm that computes generalized winding numbers for 3D surfaces with arbitrary precision and exceptional speed by reformulating the problem as a sum of signed ray intersections and a boundary integral, thereby overcoming the accuracy-efficiency trade-offs of existing approaches for both meshes and parametric surfaces.
This paper challenges the finding of "astonishing regularity" in student learning rates by demonstrating that estimates of learning-rate heterogeneity are highly sensitive to practice-sequence length, with shorter observation windows artificially inflating the perceived variability in student learning speeds.
This paper demonstrates that while incomplete observation of donor actions does not alter the conditions for cooperation in indirect reciprocity, reputation fading hinders it, though the introduction of costly punishment can effectively sustain cooperation and efficiency specifically under reputation fading conditions.
By combining a unified atomistic framework with ultrahigh-field measurements on carbon nanotube fibers, this study reveals that macroscopic transport in disordered low-dimensional networks is primarily governed by junction-level quantum interference, where positive magnetoresistance stems from junction overlap and negative magnetoresistance arises from lattice-mismatched heterojunctions.
This paper investigates phenomenological constraints and future discovery potential for muonphilic portals to fermionic asymmetric dark matter, analyzing both effective field theory operators and specific UV models to determine how 3 and 10 TeV muon colliders can probe parameter spaces currently allowed by direct detection, collider limits, and muon anomalies.
This paper presents a robust sampled-data control framework, featuring an adaptive PID controller with advanced filtering and risk-aware updates, to achieve stable closed-loop regulation of electrically stimulated engineered cell factories despite significant intracellular delays, nonlinearities, and measurement constraints.
This paper proposes a novel AI safety architecture inspired by Byzantine Fault Tolerance, which utilizes consensus mechanisms to ensure reliable and intended AI behavior even when facing unexpected faults or adversarial conditions.
This study demonstrates that global culinary traditions adhere to universal statistical laws similar to those found in language and other symbolic systems, revealing that complex recipe structures emerge from simple, constrained generative processes like preferential reuse and incremental modification.
This paper formalizes the probabilistic interpretation of the Area Under the ROC Curve (AUC) as the probability that a classifier ranks a random positive instance higher than a random negative one, provides a bound on the error when underlying hypotheses are not met, and offers a brief literature review of ROC curves.
This theoretical study demonstrates that ultrafast energy absorption in crystalline silicon can be precisely controlled by two-color femtosecond double pulses, where the optimal wavelength combination and underlying excitation mechanisms shift from multiphoton interband absorption to tunneling ionization and intraband acceleration depending on the laser intensity regime.