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.
950 papers reviewed by authors · 421–430 / 950
This paper introduces the Collaborative Human-Agent Protocol (CHAP), a new standard designed to formalize and audit multi-human, multi-agent workflows by transforming unstructured human interventions and handoffs into structured, non-repudiable events within a shared, evidence-backed workspace.
This study demonstrates that Taylor's hypothesis is invalid for temperature fluctuations in a highly heterogeneous forest clearcut flow under buoyant conditions because large-scale random sweeping events distort space-time correlation functions into elliptic curves, necessitating a more general elliptic model for accurate temporal-to-spatial conversion.
This paper introduces Positive Instantial Neighbourhood Logic (PINL), a negation-free modal system with independent box and diamond modalities, and establishes its completeness via persistent neighbourhood semantics, algebraic semantics using 2-DLIos, and a canonical bitopological representation.
This paper demonstrates that a Coherent Ising Machine, when combined with Equilibrium Propagation and the Adam optimizer, can effectively train energy-based neural networks with improved convergence and scalability, offering a promising pathway for energy-efficient, next-generation AI hardware.
Using advanced tensor network simulations, the study reveals that the enigmatic strange-metal and pseudogap regimes in cuprate superconductors are characterized by fluctuating charge clusters—a precursor to phase separation that is ultimately forestalled by the onset of stripe order at lower temperatures.
This study demonstrates that the soft tissue-to-bone ratio (STBR) derived from routine 99mTc-DPD bone scintigraphy serves as a cost-free, independent prognostic biomarker that effectively captures cumulative cardiovascular-kidney-metabolic burden and predicts increased risks of mortality, major adverse cardiovascular events, and heart failure hospitalization.
This study successfully culturally adapted and validated the leprosy case detection delay questionnaire for Igbo-speaking populations in Southeast Nigeria, demonstrating that the translated instrument possesses excellent content validity, internal consistency, and reliability for assessing delays among persons affected by leprosy.
This study characterizes the thermomagnetic properties and crystalline-electric field scheme of disordered Ho2Zr2O7, revealing that while structural disorder broadens high-energy excitations and prevents long-range magnetic order down to 150 mK, it simultaneously enables finite-temperature magnetism through the mixing of low-lying states despite a non-magnetic ground state.
This paper introduces Adaptive Pluralistic Alignment (APA), a modular and efficient pipeline that updates AI systems to track evolving societal values by learning compact personalized reward models and employing social-choice-theoretic voting, thereby avoiding value lock-in without requiring costly retraining.
The study presents the development and validation of the LION panel, a cost-effective, manufacturer-independent 109-gene liquid biopsy NGS solution that demonstrates high sensitivity and specificity to identify targetable variants, monitor disease progression, and guide clinical decision-making across multiple cancer types, particularly when tissue samples are unavailable.