There's a fairly simple reason for the superiority of digital computing, which is that error accumulation in analog is impossible to avoid, so the accuracy of r

There's a fairly simple reason for the superiority of digital computing, which is that error accumulation in analog is impossible to avoid, so the accuracy of results is limited by the quality of the components, which makes them large/expensive and even then maybe only 1% accurate. Programming them is less flexible, too. The applications are pretty niche. The analog advantage is that you can directly implement differential equations, so they can be more power-efficient and faster than the equivalent digital simulation.