Two crucial US government bond auctions are due this week. We show you how to read the results and anticipate the impact on your portfolio.

Differential-algebraic equations (DAEs) are a widespread dynamical model that describes continuously evolving quantities defined with differential equations, subject to constraints expressed through ...

FdeSolver.jl: Solving fractional differential equations This is a Julia package for fractional differential equations and ODEs. It provides numerical solutions for nonlinear fractional ordinary ...

The present book examines a number of physical and technical prob­ lems which involve second-order partial differential equations. Consider­ able attention is also given to the theory of such ...

exDE (Extensible Differential Equations for mosquito-borne pathogen modeling) What is exDE? exDE is software that implements a mathematical framework for setting up, analyzing, and solving models of ...

Keywords: quantum computing, partial differential equations, quantum algorithms, linear, nonlinear, advantage, near-term Citation: Tosti Balducci G, Chen B, Möller M, Gerritsma M and De Breuker R ...

T h e classical partial differential equations of mathematical physics, for­ mulated and intensively studied by the great mathematicians ofthe nineteenth century, remain the foundation of ...

Differential-algebraic equations (DAEs) are often converted to systems of differential equations for estimator design and a standard algorithm is used but this can cause problems. Another approach is ...