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.
1336 papers reviewed by authors · 561–570 / 1336
This study utilizes first-principles DFT calculations to demonstrate that cadmium alloying in cubic strontium titanate effectively modifies its electronic and optical properties by widening the bandgap and increasing the refractive index, thereby enhancing its potential for optoelectronic and photocatalytic applications.
This study demonstrates that high-fidelity BCI decoding during postural motor imagery relies on local sensorimotor rhythms from the dominant hand area rather than global brain network efficiency, revealing a task-signal mismatch where performance is decoupled from whole-brain integration and driven by a dynamic, M1-centric information-broadcasting network.
This paper proposes a teleparallel gravity framework utilizing geometric drift vectors to replace the central singularity of black holes with a smooth de Sitter-like core, where gravitational effects arise from torsion rather than curvature, allowing for analytic extensions of trajectories across event horizons.
This paper proposes a "flux-first" framework where classical spacetime, gravity, and black hole thermodynamics emerge from the coarse-grained connectivity of a quantized flux-tube network, demonstrating through renormalization-group analysis, string-theoretic embedding, and numerical Monte Carlo tests that this approach naturally yields an induced Einstein–Hilbert action, the Bekenstein–Hawking area law, and a resolution of the gravity–QCD hierarchy.
This participatory qualitative study in Nairobi, Kenya, engaged adolescents and young adults who completed TB treatment alongside stakeholders to co-create youth-responsive service improvements, revealing that while social support and diagnosis were pivotal, significant barriers like diagnostic delays and stigma necessitate practical adaptations such as flexible clinic hours, enhanced privacy, and peer support.
This study reveals that a marine heatwave-induced shallow mixed layer and enhanced stratification during Tropical Cyclone Winston (2016) facilitated the accumulation of subsurface heat, which was subsequently entrained by storm-induced mixing to sustain elevated energy fluxes and drive the cyclone's rapid intensification.
This paper proposes and evaluates a conceptual MEMS-enabled framework that utilizes a subset of EEG-derived features from a large dataset to develop the Smart MEMS Sedation Monitoring and Risk Index (SMORI), a unified metric for real-time anesthesia monitoring and overdose risk assessment.
This paper presents an integrated IoT-based predictive maintenance framework that combines high-resolution electrical sensing, multivariate feature engineering, and a hybrid Prophet-LSTM deep learning model to effectively detect incipient faults and quantify energy inefficiencies in industrial electrical assets.
This paper proposes a mechanism-dependent framework for porous materials, identifying that the ratio of mechanical to transport density-scaling exponents is typically near two in bending- or stability-dominated systems where transport is connectivity-controlled, while acknowledging deviations in stretching-dominated or anisotropic architectures.
This paper introduces and validates a scalar order parameter that quantifies the splitting between Lyapunov branches in non-Abelian oscillator networks, demonstrating its utility as a robust measure of non-Abelian synchronization effects in systems even under non-Hermitian perturbations.