Applicationist Supreme. Internet Pioneer (first registered email based company in the world), Know-er of Things. The RaMu, the Explainer of All, lolololol!!!
Quantum mechanics is among the most successful theories physics has produced, yet its formu-
lation presupposes concepts – state, interaction, measurement, probability, persistence, distin-
guishability – whose own organizational status is rarely examined within the theory itself. This
paper does not propose an alternative interpretation of quantum mechanics, and it does not
claim to derive any of its results. It asks a narrower, prior question: what must already be true
before quantum mechanics can be meaningfully formulated at all? The paper surveys where
current physics locates its own points of acknowledged incompleteness, identifies the primitive
concepts quantum mechanics assumes without deriving, and introduces distinction as a can-
didate organizational operation prior to those primitives – reporting, throughout, the specific
respects in which that candidate remains unresolved rather than presenting it as an established
foundation. The paper closes with an explicit account of what it does not yet establish and a
research program stating what would be required to establish more.
Keywords: foundations of quantum mechanics; quantum gravity; black hole information para-
dox; cosmological singularity; general relativity; measurement problem; ontology of physics;
process philosophy; relational quantum mechanics; QBism; loop quantum gravity; category
theory in physics; distinguishability; persistence; organizational ontology; process ontology; dis-
tinction theory; potentiality; pre-geometric physics; foundations of probability; philosophy of
physics; primitive ontology
https://t.co/LauBo8wyX7
You describe discrete quanta of consciousness occurring at OR events. Do you view consciousness as fundamentally arising from individual reduction events, or from the persistent organization created by many such events over time? In other words, is the conscious moment the primitive, or is persistence of organization the primitive?
I'm not convinced the first question is whether consciousness or matter came first. Both already assume distinction. My intuition is that the deeper primitive is potentiality, with every persistent thing—matter, life, consciousness—being a distinction from that undifferentiated state. The interesting question then becomes: what is the first persistent distinction, and how does organization grow from it?
You've stated that algebra, probability, information, complex numbers, spectra, and oscillation all follow from recursive closure. What would count as a falsification of that claim? In other words, what mathematical structure, if shown not to derive from recursive closure, would demonstrate that the framework is incomplete or incorrect?
Your discussion focuses on whether quantum effects participate in consciousness. Before that question can be answered, how do you define the boundary between an enabling condition and the thing being explained? For example, if a quantum process is required for consciousness, what would make it part of consciousness rather than simply one of the biological conditions that make consciousness possible?
@MacrinePhD define sugar as relevant to this study. refined white sugar? Brown sugar. Glucose, fructose, or sucrose?
C'mon doc, break it down to the distinctions, lol.
Dr. Hameroff, I have a question about Orch OR and evolution.
Microtubules are a defining feature of eukaryotic cells but are absent in bacteria and archaea, which instead use different cytoskeletal proteins. If microtubules play a fundamental role in consciousness, how does Orch OR explain this evolutionary transition?
Does your model imply:
Consciousness (or proto-consciousness) only becomes possible with eukaryotic microtubules?
Earlier life possessed an analogous mechanism?
Or are microtubules simply one particularly effective biological implementation of a deeper organizational principle?
I'm curious how you see this fitting into evolutionary history.
Stephen Hawking’s no-boundary proposal represents one of the most influential attempts to
remove the cosmological singularity by treating the beginning of the universe as a geometric
rather than temporal boundary. Rather than asking what occurred before the Big Bang, the
proposal argues that the question itself becomes meaningless once spacetime is extended through
imaginary time.
The Distinction–Persistence framework begins from a different primitive. Instead of assum-
ing geometry, spacetime, or probability as fundamental, it proposes that persistent distinctions
constitute the earliest meaningful ontological entities from which increasingly sophisticated or-
ganizational structures emerge.
This paper does not argue that one framework replaces the other, nor does it present the
Distinction–Persistence framework’s own primitives as more settled than they currently are.
Several of those primitives carry specific, named, unresolved defects, documented in a companion
audit and referenced explicitly throughout. The comparison instead examines whether the two
approaches address different explanatory layers, and is deliberately as candid about the Hartle–
Hawking proposal’s open problems as about the newer framework’s.