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 · 71–80 / 1335
This paper presents a model using fractional anomalous determinants to describe trace and axial anomalies in gauge theory at nonzero , successfully reproducing lattice results for vacuum energy and glueball masses while explaining the observed three-pseudoscalar decay channels of the candidate.
This paper introduces CompProv, a Java-based framework that ensures reproducible and auditable computational results by capturing microscopic algebraic provenance at the atomic operation level through a serializable Calculation Provenance Graph, enabling deterministic replay and sensitivity analysis without exposing proprietary source code.
This case report describes a rare instance of gangrenous appendico-ileal knotting causing strangulated small-bowel obstruction and shock in a 52-year-old man with no prior abdominal surgery, highlighting the critical need for urgent operative intervention despite the difficulty of preoperative diagnosis.
This paper extends a previously established time-reversing duality for linear-fractional maps from the case of circle diffeomorphisms with a single break to the more complex scenario involving multiple breaks, utilizing a commuting collection of maps that follow a rotational interval exchange scheme.
This paper introduces Z-Sigil, a public-key cryptosystem that chains Module-Lattice keys via a fiber bundle structure and a hash-based state update mechanism to achieve IND-CPA security under decisional Module-LWE assumptions, while providing a formal correctness proof and noise analysis without establishing authentication, chosen-ciphertext security, or concrete security levels.
This study reveals that seasonal rising water tables can mobilize traditionally inaccessible iron-bound phosphorus from deep soil layers, suggesting that many landscapes currently considered phosphorus-poor may actually possess significant, dynamic nutrient reserves driven by redox fluctuations.
This paper demonstrates that in Cold Dark Matter haloes, a critical mass exists where the orbital decay caused by dynamical friction is balanced by stochastic heating from dark matter subhaloes, a mechanism that may significantly delay the sinking of globular clusters and help resolve the timing problem observed in dwarf spheroidal galaxies like Fornax.
This paper argues that the accelerating automation of AI research and development could trigger an "intelligence explosion" with transformative benefits and extreme existential risks, urging policymakers to urgently increase visibility into these trends and develop strategies to steer and constrain such rapid advancements.
This study validates a 3D digital morphometric workflow for analyzing undergraduate crown preparations, revealing significant regional variations in axial reduction and convergence angles that offer more detailed, clinically relevant feedback than traditional global deviation metrics.
Using weak measurements in a single-photon interferometer, this study experimentally reconstructs relativistic Bohmian trajectories that align with theoretical predictions and exhibit superluminal velocities and negative effective squared-mass near destructive interference, thereby establishing an empirical foundation for investigating quantum motion in relativistic spacetime.