RLC circuit modeling and simulation using Python, explained step by step. Explore resonance, damping, and frequency response with practical coding and clear physics insights. #RLCCircuit ...

This video demonstrates a Monte Carlo simulation of the electric field produced by a uniformly charged disk. We use random sampling to approximate the field, explore how accuracy improves with more ...

The Princeton Plasma Physics Laboratory (PPPL) has launched a computing platform titled Simulation, Technology, ...

Artificial crystals of light, consisting of hundreds of thousands of optical microtraps, are routinely created by interfering optical laser beams. These so-called optical lattices act as versatile ...

We study whether a neural model can replace an explicit physics simulator by learning dynamics directly from visual observations. The framework couples a VAE for image–latent translation with a causal ...

A Numba-accelerated Python library for simulating two-dimensional Lagrangian particle transport in idealized semi-enclosed ocean basins using Bell's incompressible flow field. This is an idealized 2D ...

In this paper, Fraunhofer diffraction patterns generated by square and circular annular apertures are studied. The annular region is defined as the difference between two concentric areas of equal ...

Abstract: This paper proposes an efficient 2D/3D mesh-coupled electro-thermal co-simulation method tailored for high-density printed circuit boards (PCBs) in large-scale, highly integrated ...

Abstract: As power systems experience higher integration of distributed generation units, it becomes essential to model the network in detail across all voltage levels. Consequently, detailed ...