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 · 141–150 / 1335
This paper introduces MAT-3, a bounded, non-expansive pre-inference operator that guides language model affective behavior through averaged projections onto a local covariance-defined affine set while incorporating safety mechanisms for selective abstention, though its practical efficacy on downstream language models remains to be empirically validated.
Through a systematic review and cluster analysis, this paper demonstrates that IoT technology enhances production planning and control by enabling real-time monitoring and dynamic decision-making, thereby overcoming the inefficiencies of static planning approaches in the face of unpredictable manufacturing variables.
This paper numerically investigates the dynamical behaviors of a resonant tunneling diode coupled to a laser diode under sinusoidal current modulation, revealing how spike generation, bursting patterns, and chaotic dynamics emerge and evolve across different regions of the RTD's nonlinear current-voltage characteristics.
This hospital-based cross-sectional study in Southern Ethiopia found that the mean umbilical cord length among 257 singleton deliveries was 56.21 cm, with placental weight, birth weight, and gestational age identified as key determinants, while cord length also showed independent associations with specific perinatal outcomes such as low Apgar scores, retained placenta, and stillbirth.
This survey reviews over two decades of research on border basis schemes, highlighting their defining commutative multiplication matrices, the necessity of re-embedding to reduce indeterminates via cotangent equivalence and exposed variables, and the role of positive -algebras in proving freeness, while concluding with open problems that suggest future directions in the field.
This report argues that while the World Bank's official extreme-poverty figure of 847 million is methodologically accurate, it serves as a misleadingly low baseline that obscures the true scale of global material insufficiency, which likely exceeds one billion people when assessed against relative national standards, multidimensional deprivation, and food insecurity.
This study reveals that acentric urea undergoes a pressure-induced transition to an exotic centrosymmetric phase (V') above 10 GPa, characterized by a loss of second harmonic generation and a quantum disorder intermediate state (Phase X) between 5.2 and 10.0 GPa, as confirmed by combined experimental spectroscopy, diffraction, and theoretical crystal structure prediction.
This paper characterizes truthful auctions for ROI-constrained bidders by proving that allocation rules uniquely determine payments and introducing -increment mechanisms that asymptotically achieve revenue optimality comparable to Myerson's framework, while also deriving optimal pricing functions for single-bidder scenarios with public constraints.
This paper introduces the emergent ternary stabilization energy () as a metric to quantify the unique thermodynamic stability of inorganic ternary compounds beyond binary limits, revealing that polyanion compounds and those with high cation electronegativity contrast gain the most significant stabilization from compositional complexity.
This paper decomposes the performance gap between fixed-state recurrences and attention on associative recall, revealing that missing convolutions and training interference—not inherent architectural limitations—are the primary causes, and demonstrates that a targeted distance curriculum can reliably overcome these barriers to achieve perfect recall.