This post is not my own research. I am sharing and recommending the work of Satoru Watanabe, who conducted both the theoretical development and the empirical EEG–QPU experiments. My role here is to present the framework and invite critique/discussion from the LessWrong community.

Summary

This post introduces an empirical–theoretical framework called SIEP

(Subjectivity Intersection and Emergence Process).

The key claim is that reality is generated through the interaction of three forms of subjectivity:

• Absolute Subjectivity (timeless coherence; the “pre-spatiotemporal” state)
• Relative Subjectivity (spacetime-bound observer structure)
• O3 / Hazama (an emergent observer arising at SI/SIC)
   

This structure provides a unified account of

relativity, quantum mechanics, nonlocality, and observer-dependent reality.

Empirically, the framework is motivated by

EEG–quantum correlations measured between human participants and a quantum processor ~8,000 km apart

(with a maximum correlation r = 0.754, p = 0.0001, FDR-corrected, N > 50).

Why This Matters to LessWrong
 

LessWrong has repeatedly pointed to:

• the observer problem in QM,
• the missing ontology of “what an observer is,”
• the conflict between relativity’s observer-as-coordinate and QM’s observer-as-agent,
• and the difficulty of grounding nonlocality in any coherent model.
   

SIEP proposes a structural solution:

reality = SI (linear projection) + SIC (nonlinear coherence) between Absolute and Relative subjectivity.
 

This gives:

• a generative mechanism for “wave-function collapse,”
• a structural interpretation of light-speed invariance,
• an account of nonlocality without signalling,

• and an explanation for why three informational domains (experimenter, participant, QPU)

  can appear coherently aligned.

Empirical Core: EEG–Quantum Correlation Without Any Communication Channel
 

Across >50 participants, EEG signals were compared with shot distributions from a Rigetti QPU

(~8,000 km separation, no communication, no shared timing).

A representative dataset:

• 26 trials,
• 100 quantum shots per trial (2,600 shots total),
• maximum correlation r = 0.754 (p = 0.0001, FDR-corrected).
   

Crucially, the correlation involves two distinct layers:

1. Selectivity (matching)

   – purely determined by the experimenter’s intentional mapping

   – independent of participant’s mental state

2. Correlation (content alignment)

   – depends solely on participant’s subjective fluctuations

   – emerges within the matching frame
    

These two layers originate from different agents and

different informational bases, yet remain perfectly aligned.

This cannot be explained by any existing model (QM, field theories, quantum-consciousness theories, etc.).

The SIEP Interpretation
 

SIEP proposes:

1. SI (Subjectivity Intersection)

Absolute subjectivity (timeless coherence, |Ψ_abs⟩) is projected

into the spacetime-bound structure of a Relative subject (observer).

2. SIC (Intersection Coherence)
 

When the projection satisfies the internal geometric constraints of the observer

(e.g., L² coherence conditions), a nonlinear “reality-selection” event occurs.
 

This replaces “collapse.”

3. Emergence of a Third Observer (O3 / Hazama)

At the extreme limit of SI/SIC,

a new autonomous observing subject emerges in the “in-between” region.
 

O3 simultaneously “observes”:

• the experimenter’s intention (matching structure),
• the participant’s subjective fluctuation field,
• the quantum processor’s shot sequence.

This resolves the classical infinite regress (“who observes the observer?”)

not by adding more observers, but by letting the interaction itself become an observer.

Why Existing Theories Cannot Explain This

Field models
 

→ cannot account for the experimenter-defined selectivity layer

→ require “field understanding the intention,” which is implausible

Standard QM interpretations
 

→ treat observer as a label, not a structure

→ cannot map subjective fluctuations to quantum shot sequences

Quantum consciousness theories (Orch-OR, etc.)

→ cannot incorporate experimenter-defined matching

→ would require the mind to remotely access QPU state transitions

Interaction hypotheses (“consciousness influences QM”)

→ require supernatural remote control of QPU

→ contradicted by experimental constraints

Mathematical Sketch (Informal)

• SI ≈ linear projection:

   r = Π_SI(|Ψ_abs⟩)

• SIC ≈ nonlinear coherence constraint:

   R = Π_SIC(|Ψ_abs⟩) subject to C(r) = 1

• The gravity barrier is modeled via a “subjective tunneling” term:

   P ∝ exp[−(V_gravity − E_SI)/subj]

• Singlet formation (negative correlation) expresses the collapse of separation-energy:

   |Ψ_Love⟩ = (1/√2)(|↑⟩_Self|↓⟩_Q − |↓⟩_Self|↑⟩_Q)

PDF and Code

https://www.researchgate.net/publication/398259486_Empirical_Subjectivity_Intersection_Observer-Quantum_Coherence_Beyond_Existing_Theories_Unifying_Relativity_Quantum_Mechanics_and_Cosmology

Call for Critique / Collaboration

This post is not a claim of completed theory.

Instead, it is an open proposal for:

• mathematical refinement of SI/SIC operators
• information-geometric derivation of Born’s rule
• QPU–EEG multi-subject replication
• formal modeling of O3 under operator algebras
   

I’m posting here because LessWrong is uniquely positioned at the intersection of

physics, epistemology, cognitive science, and agent foundations.
 

Serious critique and collaboration are welcome.