Post-enlightenment science operates on classical determinism subject to a tolerance of error subject to knowledge of initial conditions and properties of the system under observation.
Thanks to Stephen Smale's Horseshoe map, Lorenz's Butterfly, the limits of instrumentation and Heisenberg's uncertainty the notion of perfect knowledge and strict determinism are out the window even for simple fully isolated systems that show chaotic behaviour with a few weights on coupled axles.
Even with all the datacentres on earth and in space there'll never be a precise and accurate forecast of a vortex in a stream.
> Post-enlightenment science operates on classical determinism subject to a tolerance of error subject to knowledge of initial conditions and properties of the system under observation.
Yes, but the also assume that the observer isn't part of that system, which only holds true if there is free will.
Thanks to Stephen Smale's Horseshoe map, Lorenz's Butterfly, the limits of instrumentation and Heisenberg's uncertainty the notion of perfect knowledge and strict determinism are out the window even for simple fully isolated systems that show chaotic behaviour with a few weights on coupled axles.
Even with all the datacentres on earth and in space there'll never be a precise and accurate forecast of a vortex in a stream.