Non-binary computation is a legitimate and evolving field within computer science, departing from the traditional binary logic of bits (0 or 1). It utilizes systems that operate with more than two states, such as ternary (three-state) logic, which offers different approaches to information processing and circuit design.
In the context of the Organic Noir framework, non-binary computation is viewed as a technical tool to move toward zero-point neutrality. It functions as a way to decouple data from the constraints of standard digital infrastructure, which is inherently built on binary dichotomies. By exploring these non-binary states, systems can exist within the “interstices” of traditional digital logic, effectively functioning in a way that is not constrained by binary monitoring.
