CS855 - The beginning, a futuring tool - Futuring a General Stochastic Non-Frege-Aristotelian Hypercomputer Universe

Conventional wisdom (whatever that may be) is that futuring a world, much less a universe, is a fool's paradise extraordinaire. Despite taking into account non-linear dynamics (chaos), stochasticity, and non-Frege-Aristotelian many-valued logics, one is trapped by extrapolational biases and mindsets - they are in our neural fiber. However, also in our wetware, is a propensity to develop scenarios for transformational paradigms - thinking beyond the realm of senses, dreams, and gods. Futuring is our anthropomorphic way of dealing with this cranial catharsis.

My proposed manner in which to perform futuring is through the use of hypercomputation using history paths as inputs and Bayesian stochastic operators as controllers (gates, junctions, and other advanced computational operations). Non-Frege-Aristotelian many-valued (or continuous-valued) logics which subsumes quantum probability, fuzzy logic, belief systems, possibility spaces, and other uncertainty regimes can then play the role of interchangeable (hybrid) logic frameworks for these operators. Information chunks as atoms for the formation of history paths is extended to represent generalized uncertainty bits - gbits. Hypercomputation is visualized as general machines that take into account physical universes in quasi-casual frameworks - causaloids. Abstractions such as quantum, relativistic, quantum-gravity, super-Turing, von-Neumann, Godelian, Zeno, and UTMs (universal Turing machines) machines are instantiations of this computational framework calculus.

A segue to ... CS 855 Socio-technical Futuring: