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 · 331–340 / 1336
This paper presents a unified analytic model describing how ultralight dark matter solitons shift from cored to cusped shapes under the influence of central black holes, demonstrating that observations of dwarf galaxies are consistent with a universal particle mass of approximately eV/c when accounting for these shape changes and potential central black holes.
This case study of the Central Bank of Yemen in Aden demonstrates that improper roof rehabilitation, specifically the accumulation of excessive superimposed layers, significantly accelerated structural deterioration in a marine environment, but strategic load reduction through material removal and drainage improvement successfully mitigated these risks by decreasing the column load by nearly 59%.
This paper presents a fully kernel-verified Lean 4 formalization proving that any finite covering of the integers by distinct odd moduli greater than 1 must have a least common multiple exceeding 10,000, thereby establishing a mechanically certified exclusion for the Erdős-Selfridge odd covering problem without relying on unverified computational solvers.
This paper introduces the Agentic AI Autonomy Assessment (AAAA) framework, a decision-support tool that measures task-level autonomy across three dimensions to enable continuous governance and risk assessment, revealing that the impact of autonomy on supply chain performance varies by position within the network.
This paper argues that while underdoped cuprates require unconventional theories, overdoped cuprates actually exhibit conventional Fermi-liquid and BCS-like physics at low energies, with apparent deviations from this behavior primarily attributable to material disorder rather than a fundamental breakdown of the theory.
This study found that co-digesting fruit juice processing wastewater with primary sludge improved the substrate's COD:N ratio but did not significantly enhance volatile fatty acid accumulation or methane yield compared to using the fruit juice wastewater alone.
This paper introduces HeuristicEdu, a two-phase reinforcement learning framework that aligns the Qwen2.5-7B model to function as a Socratic guide rather than a direct answerer, achieving significant improvements in scaffolding effectiveness and reduced concept leakage through heuristic rewards and Group Relative Policy Optimization.
The paper proposes the -index, a metric calculated by summing the impact factors of journals where a researcher's retracted papers were published, to quantify scientific debt and offer a more balanced assessment of scientific value when combined with the -index.
This study analyzes 1.57 million GitHub repositories to demonstrate that common filtering criteria in Mining Software Repositories (MSR) research introduce significant maintenance, ecosystem, and relational biases that distort project abandonment rates and variable relationships, advocating for a shift toward stratified sampling and refined noise detection.
This paper introduces a trainable denoiser architecture that exploits image lattice permutations to guarantee global nonexpansiveness, enabling provably convergent image reconstruction for inverse problems like superresolution and deblurring while maintaining competitive performance.