I sometimes ponder where new entropy/randomness is coming from, like if we take the earliest state of universe as an infinitely dense point particle which expanded. So there must be some randomness or say variety which led it to expand in a non uniform way which led to the dominance of matter over anti-matter, or creation of galaxies, clusters etc.
If we take an isolated system in which certain static particles are present, will there be the case that a small subset of the particles will get motion and this introduce entropy? Can entropy be induced automatically, atleast on a quantum level?
If anyone can help me explain that it will be very helpful and thus can help explain origin of universe in a better way.
I saw this video, which explained it for me (it's german, maybe the automatic subtitles will work for you):
https://www.youtube.com/watch?v=hrJViSH6Klo
He argues that the randomness you are looking for comes from quantum fluctuations, and if this randomness did not exist, the universe would probably never have "happened".
I find that I typically have a few services that I need to start-up and sometimes they have different mechanisms for start-up and shutdown. Sometimes you need to instantiate an object first, sometimes you have a context you want to cancel, other times you have a "Stop" method to call.
I designed the library to help my consolidate this all in one place with a unified API.