If you were in charge of the simulation:malkie wrote: ↑Sun Jan 11, 2026 5:34 pm[memory from 60+ years ago + a couple of google searches] Apparent mathematical randomness is also useful in fields like game theory, and simulation - anywhere that you would like to have a variable that takes unpredictable values within bounds for a series of "turns". War games, financial market simulations, bio research, etc.Limnor wrote: ↑Sun Jan 11, 2026 2:23 pm
I’m not a scientist but I enjoyed reading through these. I think the examples align more with Huck’s way of looking at the issue than MG’s. The biology indicates straight intent arrives through fallible agents—if carefully translated, that means the crookedness shows up in execution rather than in the command itself. MG tends to locate crookedness at the level of commands, where Huck leaves the command straight and puts the crookedness in human execution.
Are we just an iteration of a Monte Carlo simulation that some god-like entity is running?
- which "parameters" would you choose?
You can have binary, continuous, and discontinuous/enumerated parameter types
You can have independent parameters - or at least you can declare some to be such, and see if it is possible ** - what limits would you set?
- what would it take for an iteration to create a world/universe like this one we inhabit?
- how would you "tune" the model to your "perfect" situation?
- anything else?
My First Summer in the Sierra** John Muir wrote:When we try to pick out anything by itself, we find it hitched to everything else in the universe.
======= UPDATE 1 ==========
For my simulation, I'm declaring a "universal" parameter: "Real Things Are Fully Defined".
This parameter/switch has 4 values:
- Real things are always fully defined
- Real things are fully defined only if necessary to satisfy an observer
- Real things may be partially defined if that is sufficient to maintain the simulation
- Real things are never fully defined
So, for example, as long as the material that a chair is made of (thanks, PG!) can safely be ignored as at least temporarily irrelevant, no energy or information need be spent on fully defining it. However, it can be fully defined during such times as it is required, and then, when the need has passed, can revert to a non-defined state. Close examination of the chair by an observer would trigger the state change to fully defined; later turning away from the chair allows the chair to revert to its base state.
Partial definition inserts a state between full definition and not defined to accommodate cases where it satisfies a casual observer.