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.
951 papers reviewed by authors · 471–480 / 951
SPOQ is a novel multi-agent software engineering methodology that integrates wave-based topological dispatch, dual validation gates, and human-in-the-loop oversight to significantly reduce defects, eliminate planning cycles, and achieve substantial speedups while maintaining high code quality across diverse repositories.
This paper bridges the gap between theoretical research and practical deployment in AI-driven cyber defense by analyzing over 150 datasets and 200 studies to prioritize critical implementation hurdles, introduce a gap-prioritization framework, and provide actionable guidelines for dataset selection and model deployment.
The paper argues that reading and refactoring code to create a minimal, unified Python toolkit (EZR.py) reveals that simple, lightweight algorithms can outperform complex state-of-the-art tools in tabular software engineering optimization tasks while requiring significantly less data and computational resources.
This paper introduces a training-free, plug-in "drift-gating" mechanism that leverages the heightened instability of adversarial examples under high-noise perturbations to selectively trigger test-time defenses, thereby significantly improving the clean-robustness trade-off in Vision-Language Models without degrading clean accuracy.
This paper presents the optimal design and analytical modeling of a Fin-Ray-inspired soft gripper finger for delicate agricultural handling, utilizing the Finite Rigid Elements Method to achieve high-accuracy force control and validated through ANSYS simulations and experimental testing.
This paper demonstrates how to model a beer bottle's acoustical resonance as a one-dimensional driven-damped oscillator and proposes using Fourier methods to efficiently collect the necessary data for parameter fitting in undergraduate laboratory experiments.
The paper introduces d2, a novel reinforcement learning framework for masked diffusion language models that employs specialized trajectory likelihood estimators (d2-AnyOrder and d2-StepMerge) to significantly enhance reasoning capabilities on logical and mathematical benchmarks, achieving new state-of-the-art performance.
This paper critiques the traditional Boltzmann definition of entropy as the logarithm of quantum states, proposing instead that entropy arises from subquantum processes and is mathematically expressed as the ratio of the logarithm of a macroscopic system's maximum state realizations to the frequency of its quantum state occurrences over a given observation period.
This paper demonstrates that Bitcoin miners' electricity demand response to rising costs in the Texas power market is economically state-dependent, becoming weaker as higher "hashprice" (expected mining revenue) shifts the threshold for curtailment to higher electricity prices, thereby suggesting that treating such loads as reliable grid flexibility resources may overstate their actual availability.
This paper proposes a formal engineering framework inspired by metamaterials to model institutional coordination under AI-driven decision velocity, introducing a constitutive law that predicts a catastrophic "Freezing Equilibrium" when verification costs exceed utility and offering testable hypotheses to prevent this phase transition through optimized provenance and verification structures.