Throughout this discussion I am not defining a highly Then we explore someĮxamples and techniques for modelling or simulating systems usingįDIS's. State automata, then develop a model of an FDIS. In this discussion we first define a simple model of a finite To a general system modelling methodology that may be applied to theĪnalysis and creation of systems of all kinds. Includes classical computation as a limiting case). Intrinsically system-theoretic model of quantum computation (which In this discussion I primarily explore this as a This general structure can be imbued withĪny meaning that one can imagine, from system models, documents, It provides a computational process that is finite discrete and General form SMN provides an abstract network of nodes and relationsĪnd it implements the dynamic connectivity within that network, thus System and of General Realistic Computation.

In essence an FDIS is a mathematical model of both a General System this system modelling methodology, I refer to as System Of Finite State Automata (FSA) interpreted as a model of a general Here we develop the concept of an FDIS, which is a particular type It has been arranged and minimally edited to expresses the emerging Paradigm on the SSE Forum: Distilled essence of my input to aĬonversation on the forum of the Society for Scientific Exploration.

Of the Society for Scientific Exploration. Paradigm Shift: an article on naïve realism for the newsletter Provides aĭetailed overview of the mathematics of information system theory andĪ re-derivation of quantum mechanics. Science: A book that describes the core mathematical andĬonceptual principles that underlie this entire work. Reality: Toward the Unification of Empirical and Subjective The Objective Information Process & Virtual Subjective Experiences Hypothesis: A bottom up reformulation of the virtual reality hypothesis and the philosophical foundations of science without the distortions of naïve realism and all the problems and paradoxes that it entails.

Finite state automata coin