ABSTRACT
Computational methods have their own version of Moore’s law, which states that the size of problems that can be solved in a given amount of time doubles every few years. However, it is also a historical fact that the size of problems that need to be solved always increases faster than our ability to solve them, necessitating algorithmic breakthroughs and paradigm shifts beyond the raw increase of computational power offered by Moore’s law. One of these problems is the simulation of electrical and electronic circuits.
