This research addresses the assessment of real options via the time-fractional Heston model, which takes into account jumps ...

Animators could create more realistic bouncy, stretchy, and squishy characters for movies and video games thanks to a new ...

Chaos can be deliberately created by solving nonlinear differential equations using analog circuits or by creating special negative resistors, though even simple transistor circuits can become ...

Breakthroughs in the realm of optoelectronic circuits, demonstrating the power of PSPICE software in solving nonlinear equations for advanced electronics. Software models for Si and GaAs pin ...

Caffarelli’s most important work concerned nonlinear PDEs ... carefully elucidated the troublesome parts of the equations, solving a wide range of problems over his more than four-decade ...

Abstract: Nonlinear Equations (NEs), which may usually have multiple roots, are ubiquitous in diverse fields. One of the main purposes of solving NEs is to locate as many roots as possible ...

This one’s from a team at MIT: This paper showed that quantum computers can in principle attain an exponential advantage over classical computers for solving nonlinear differential equations.