858 papers
This paper presents a novel acoustic phonon-coupled resonant water-splitting mechanism that utilizes standing wave fields over a Mersenne superlattice manifold to drastically reduce activation energy and electrical input penalties, enabling efficient, closed-loop zero-carbon oxyhydrogen combustion and ultrapure water recovery.
This paper introduces and validates the Qadyan method, a novel lattice Boltzmann approach combining semi-discretization with the differential quadrature method, which offers improved accuracy for simulating conduction heat transfer in slabs compared to standard LBM schemes, albeit at a higher computational cost.
This paper establishes a universal energy-dissipation-based mapping that accurately predicts the maximum spreading of droplets across both wetting and Leidenfrost regimes over a wide range of Ohnesorge and Weber numbers, enabling the conversion of wetting impact predictions to their Leidenfrost counterparts.
This paper presents Kosmiko, a low-cost, reproducible methodology using Raspberry Pi-controlled CMOS sensors to detect and filter ionizing radiation events in natural environments through real-time pixel calibration, thereby enabling long-duration monitoring and comparative analysis of event rates without identifying specific particle species.
This paper argues that the "block universe" interpretation of special relativity stems from a mathematical error in conflating local tangent fibers with the global manifold, proposing instead that modeling Minkowski space as a tangent bundle reveals the 4D structure as a coordinate artifact and supports a dynamic, 3D-first reality.
By combining Bayesian inference with hydrodynamic simulations and Large Hadron Collider data from Xe-Xe and Pb-Pb collisions, this study reveals that the 129Xe nucleus has a nearly maximally triaxial ground-state shape, thereby establishing high-energy collider experiments as a viable method for quantifying quantum many-body correlations and constraining *ab initio* nuclear theory.
This paper presents an enriched Ritz method utilizing corner functions derived from Williams's asymptotic solution to accurately analyze the free in-plane vibration of rectangular plates with edge V-notches, demonstrating that notch depth is the dominant geometric parameter influencing modal characteristics.
This study demonstrates that doping nematic EBAB liquid crystals with a low concentration (0.5 wt%) of ZnO nanoparticles significantly enhances their thermo-optical, electro-optical, and textural properties, including a red-shifted absorption edge, reduced threshold voltage, and improved contrast, thereby enabling their application in low-power, high-contrast photonic devices.
This study demonstrates the observation and control of resonant dipolar exchange interactions in laser-cooled CaOH molecules encoded in parity-doublet states, utilizing Floquet engineering to suppress many-body dephasing and establish a coherent, programmable platform for entanglement-enhanced precision measurements of fundamental physics.
This paper presents a time-domain traveling wave model demonstrating that distributed-reflector lasers with asymmetric coupling coefficient gratings effectively suppress longitudinal spatial hole burning, thereby simultaneously enhancing single-longitudinal-mode stability and output efficiency.