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.
1351 papers reviewed by authors · 761–770 / 1351
This study demonstrates that applying a nanophotonic surface coating to a conventional YAG:Ce scintillator significantly enhances its light output and signal-to-noise ratio without compromising dosimetric accuracy, thereby enabling real-time in-vivo total body irradiation dosimetry using standard cameras.
This paper establishes that a class of nonlinear kinetic Fokker-Planck equations, featuring free transport and porous medium-type velocity diffusion, can be interpreted as gradient flows of a free energy functional via a novel phase-space discrepancy, thereby generalizing the JKO scheme and proving the convergence of implicit Euler approximations to solutions.
This paper presents an asymptotically optimal algorithm that verifies Stochastic Dominance Envy-Freeness (SD-EF) and SD-EF1 in fair division of indivisible goods, improving upon the previous bound by utilizing single-pass prefix-dominance checks and lazy initialization.
This paper applies representation theory and symmetry-adapted basis methods to decompose and simplify the equations for central configurations in symmetric systems, enabling a complete symbolic analysis of existence and mass constraints for nested regular tetrahedrons, octahedrons, and cubes.
This paper presents a two-part actuarial model demonstrating that the financial sustainability of Helicopter Emergency Medical Services (HEMS) is highly sensitive to labor costs and payer reimbursement rates, with realistic breakeven thresholds ranging from approximately 184 to over 1,000 annual transports depending on the funding scenario.
Using large-scale cosmological simulations, this study reveals that while AGN luminosity generally increases with host halo mass up to a threshold, the relationship is highly non-linear with significant scatter, indicating that the most luminous quasars at typically inhabit intermediate-mass haloes ( M) rather than the most massive ones, a finding that aligns well with observational estimates.
This paper establishes machine-learned particle flow (MLPF) as a foundation model for collider physics by demonstrating that its learned latent representations serve as a shared, information-rich bridge between low-level detector data and diverse high-level analysis tasks, significantly improving performance and efficiency compared to traditional modular approaches.
This paper proposes the "quiet expansion filter" hypothesis, suggesting that the Fermi Paradox is resolved by the likelihood that advanced civilizations transition to low-mass, autonomous AI-driven industrial expansion that saturates the galaxy rapidly and silently, making their presence detectable only as subtle artifacts rather than large-scale energy signatures.
This paper introduces Judge-LS, a meta-evaluation protocol demonstrating that while LLM-as-a-Judge systems exhibit significant preference instability and accuracy drops when evaluating Chinese or language-switched content compared to English, they do not systematically favor English over translation-equivalent Chinese responses.
Responding to the roadmap for Hubble science into the 2030s, this paper advocates for utilizing HST's unique ultraviolet capabilities and superior optical resolution compared to the upcoming Roman Space Telescope to study gravitationally lensed hot stars at redshifts greater than 0.5 until the launch of the Habitable World Observatory in the 2040s.