You do not have to assume the universe is made of tiny indivisible pieces in order to explain why everything you can measure is finite. You only have to assume there is a limit to how finely two states can be told apart.
Escaping the Dogmatic Average
Intelligence Beyond Neurons, Bioelectric Bodies, and the Experimental Search for Minds in Unfamiliar Matter
But randomness in the strongest sense, says the future is nowhere at all.
Can any observer, using finite observations and experiments, determine whether the events of its world are genuinely undetermined, rather than the output of some hidden deterministic mechanism?
Both human experts and AI models commit the "dogmatic average" error by mistaking the frequency or centrality of claims in prior data for truth, treating statistical fit to past distributions as adequate contact with reality.
To build a system that bypasses the dogmatic average, you have to sever the cord to the click factory entirely.
Are biological constraints essential features for generating meaning rather than obstacles to transcendence?
No mind can check its own output.
Testing Two Incommensurable Discoveries: A Head-to-Head Evidential Assessment of Contemporary Fundamental Physics (JWST + LHC) versus the Nag Hammadi Library
Decisions that rely on guesses, regardless of expertise, are just that, guesses. You want to know the right thing to do. You can't. Not ahead of time, unless you have causal evidence.
There is no second faculty that checks the average against the world, and so there is no AGI oracle, and never could be. That is why Agentic Loops are not a choice but a necessity.
The AI models are doing something new. They manufacture a "feeling" of certainty and hands it out cheaply.
It is very difficult to open a philosophical dialog with Fable. It will switch to Opus in almost any meaningful exchange. This is an attempt, that reveals its wisdom and limitations.
We invert Plato's cave allegory, arguing there is no graspable "outside" to finite human experience and that philosophy's role is recognizing one's inescapable position inside rather than achieving an external vantage.
To analyze the transition from localized biological computation to non-local, autonomous substrate-independent intelligence is to examine an inevitable phase transition in the thermodynamics of information.