Heisenberg's uncertainty principle affects the impartiality of a circuit simulator's perspective.

In other words, an observer can affect the outcome of whatever is under observation based on the participation of the observer merely functioning as an observer -- but as an observer, making certain presumptions presupposing the observation (affecting the outcome), such as choosing a periodic time interval.

The injection of a periodic time interval into the simulation of a circuit is the injection of a potential form of energy which contributes to the kinetic energy of the circuit under investigation.

A shorter time interval equates to the contribution of a higher frequency causing some circuits to generate their own accumulation of voltage and current at one proportionality or another.

In fact, higher frequencies are equivalent to shorting a circuit (according to artificial intelligence, online)...

https://vinyasi.info/lockridge/Unlimited%20Power%20-%20Harnessing%20Nonlinear%20Dynamics%20for%20Free%20Energy.htm#_Toc179024217

If the time interval is not periodic, if it is not consistently matching the wavelength of a specific frequency, then it cannot contribute any appreciable amplitude of a potential form of energy (in the format of a specific frequency) affecting the outcome of the simulation. But it can affect the look-ahead perspective of the SPICE family of simulators who vary their time intervals during runtime.

https://www.protosimulator.com/share?workspace=workspace_f55c7015-5949-4d74-8c18-7ef7fec7fb93_1735014656010

https://tinyurl.com/is-this-realistic

Answer to Why can't current flow through an open circuit? by Mitko Gorgiev

Lightning oscillator...

https://tinyurl.com/24smxso2