The investigation of the dynamics of a network's stability is considered an important research area, whether it concerns neural networks, power supply networks, or communication and social networks. These networks are usually large graphs ranging from 10,000 (power grids) to 1 million (connectome) nodes. Solving the second-order Kuramoto equations that describe such systems optimally is...
In quantum mechanics, the wave function describes the state of a physical system. In the non-relativistic case, the time evolution of the wave function is described by the time-dependent Schrödinger equation. In 1982, D Kosloff and R Kosloff proposed a method [1] to solve the time-dependent Schrödinger equation efficiently using Fourier transformation. In 2020, Géza István Márk published a...
The dawn of explicit APIs, and particularly the introduction of Vulkan®, transformed the way we interact with GPU hardware. Despite the steep learning curve, the success and fast evolution of the Vulkan API shows that there is room for this such a new programming model in the industry, and we expect this model to get even wider adoption in the API landscape going forward. The goal of our...
