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.
438 papers reviewed by authors · 331–340 / 438
This paper verifies the Generalized Hodge Conjecture for the specific Hodge substructure of a smooth sextic fourfold constructed via Shioda's method from a ternary sextic with minimal Waring rank, thereby partially answering a question posed by Voisin.
This paper proposes a hard-constrained neural Riemann solver (HCNRS) that enforces five physical constraints—positivity, consistency, mirror symmetry, Galilean invariance, and scaling invariance—to accurately approximate exact Riemann solvers for fluid dynamics while overcoming the conservation errors and symmetry breaking issues found in unconstrained neural approaches.
This paper proves Fiamčík's conjecture that the acyclic chromatic index of a 3-sparse graph is at most , and further establishes a tighter bound of for such graphs containing an edge whose endpoints have a degree sum of at most , except for specific bipartite graphs where the bound remains .
This paper presents spectroscopic follow-up of 32 quasar candidates behind the M31 galaxy, confirming 23 new or previously reported quasars to establish a homogeneous catalog of 124 reliable redshifts while revealing that current samples are biased toward brighter, less extincted objects and highlighting the significant errors associated with low-resolution spectral redshifts.
This paper proposes that real Lorentzian spacetime is a submanifold of a larger manifold defined by higher division algebras with a pseudo-Kähler or pseudo-quaternion-Kähler structure, where the compatibility of symmetry group constraints generates quantum numbers resembling those of the Standard Model of particle physics.
This paper demonstrates that wave-particle complementarity is fundamentally reshaped by indefinite causal order, revealing a separation between spatial and causal resources that precludes a universal linear additive relation and necessitates the introduction of "causal coherence" to fully capture interference between alternative causal orders.
This paper introduces three open-source Shiny web applications—Statistics 101, 201, and 202—that facilitate the teaching of probability distributions, inferential statistics, and simple linear regression by providing interactive, code-free interfaces that display numerical results, visualizations, and mathematical derivations side by side.
This study utilizes multi-wavelength observations, including UVIT and JWST data, to demonstrate that the extended UV disk of NGC 2090 hosts significant massive star formation with a top-heavy initial mass function, supporting an inside-out galaxy growth scenario despite the low density and metallicity of its outer regions.
This paper revisits the Friedmann cosmological solution to propose that the Big Bang curvature singularity can be eliminated using a degenerate spacetime metric, while also exploring the emergence of CPT-conjugated worlds and the relevance of an extended version of Einstein's field equations.
This paper demonstrates that the previously developed imaginary-time multi-electronic-state path integral (MES-PI) formulation naturally captures the geometric phase effect arising from conical intersections, and quantifies its impact on low-temperature thermodynamic properties using an ad hoc GP-excluded construction as a comparison baseline.