To address this limitation, this study proposes a full-length transient thermal circuit model for power cables that incorporates axial heat dissipation. The model achieves multiphysics coupling in ...

The model that correctly updates persistent stimuli, and flashes well before and after saccades, produces the observed forward and backward translational mislocalization for flashes around the saccade ...

Using a diffusive model derived from molecular dynamics simulations, we demonstrate that oxygen storage in a bilayer follows first-order kinetics, which can be effectively represented by an RC ...

The random walk hypothesis punches holes in technical analysis theories and informs John Bogle's index fund strategy.

This paper addresses a key puzzle in international finance: whether exchange rates follow a random walk or exhibit predictable patterns. We demonstrate that exchange rates can possess a unit root ...

This article presents a novel approach for parameter extraction and optimization of perovskite solar cells (PSCs) using a hybrid random forest (RF) machine learning model integrated with a neural ...

Researchers from Prescient Design and Genentech have introduced JAMUN (walk-Jump Accelerated Molecular ensembles with Universal Noise), a novel machine-learning model designed to overcome these ...

ii) We show that a random reversible circuit with $\tilde {O} (nk^2)$ layers of 1D-local gates arranged in a brickwork architecture computes a exp ($-nk$)-approximate $k$-wise independent permutation; ...

In contrast, single-component diffusion models by Fick, Wereide, and Chapman do not. Our results indicate that diffusion alone can explain the fractionation phenomenon and that additional advection ...