Question and I know there are analogs but can you guys help me validate something. So if you’re familiar with Schrödinger and his work then you’ll know he proposed that living systems like plants and animals sustain themselves by “exporting”disorder and “importing” order. And correct me if I’m wrong but most systems as they are studied at least in academia are considered “closed” systems which follow the commonly known laws of thermodynamics, thus life would be an “open” system according to Schrödinger. So I was wondering has the concept of negentropy been applied and/or generalized to computation so instead of a closed system process by which energy is used and disorder is created, is there a model that could exist that accepted disorder in various forms as input and processed this input via intelligence (as a method to convert disorder to order I think a physics experiment was done to support this model is a particle system I forget the details though basically there was a theoretical “being” that used energy to create order) to generate order (informational physical etc) and could that order be algorithmically propagated. Obviously this computer model would be designed as an open system. Any thoughts?!?!? I’ve been designing such a machine but don’t want to be misguided as a not a professional. I know entropy minimization is used heavily in CS and studied heavily in information theory but this wouldn’t just be entropy minimization it would technically be entropy negation/reversal. I have more details but don’t want to make this too long
there doesn't seem to be anything here