Zenodo (CERN European Organization for Nuclear Research)
July 20, 2026
Micah Blumberg
Microtubules, cellular structures with roles in membrane excitability, synaptic release, and anesthetic behavior, also show electronic energy migration and collective optical effects. These findings make dismissing microtubule contributions to neural function difficult but require excluding classical transduction routes before attributing effects to quantum-consciousness mechanisms. This paper compares Orchestrated Objective Reduction (Orch OR) and Self-Aware Networks (SAN) using a seven-level mechanism-completion audit. Orch OR provides a proposed objective-reduction timescale but lacks a demonstrated in-vivo chain from reduction to content-specific neural control. SAN supplies a circuit-level chain from dendritic integration through population phase dynamics and sensorimotor feedback, but its constitutive claim remains unverified. The proposed analysis requires target engagement, temporal precedence, and multilevel mediation to falsify each interpretation.
Zenodo (CERN European Organization for Nuclear Research)
July 20, 2026
Micah Blumberg
The paper proposes the Self Aware Networks (SAN) hypothesis to explain how the brain constructs unified, differentiated experiences like the taste and crunch of broccoli from separate neural events. It introduces the Coherence-Dispersion Sculpting Hypothesis (CDSH) as a mechanism where locally coherent neural assemblies and structured phase separation organize experience. A key concept is the phase-wave differential (PWD), a change in phase, frequency, magnitude, or network context that a receiving biological system can detect. The hypothesis predicts that neither maximal synchrony nor one privileged frequency encodes experience. The paper separates content identity from intensity, persistence, salience, reportability, and motor use, and proposes seven experiments with explicit falsification criteria.
Zenodo (CERN European Organization for Nuclear Research)
July 20, 2026
Micah Blumberg
The paper proposes the Field-Cell Self, a falsifiable hypothesis within Self-Aware Networks, asking whether a specific field-cell episode itself constitutes experience rather than a hidden observer's output, and when memory, embodiment, and action-return make successive episodes a single self. It separates the SAN field-cell synthesis, a field-as-content prediction, and the mechanistic identity hypothesis, defining a reference-invariant model, phase-wave differentials, and a Shannon-bounded distinction among tonic predictability, PWD surprisal, and conditional target information. It outlines eligibility criteria, compares alternative theories, and proposes seven discriminating experiments. Existing field effects do not establish the identity claim, and even favorable tests would support abductive inference, not proof. No new experiments or data are reported.
Zenodo (CERN European Organization for Nuclear Research)
July 20, 2026
Micah Blumberg
This paper proposes a multiscale model of neural decision-making in which learned synaptic and dendritic states make cellular transitions criterion-sensitive, and excitation, inhibition, and disinhibition alter time-varying effective connectivity. Distributed cortical and subcortical dynamics transform competing action-related states, and action-conditioned sensory feedback updates the criteria governing later transitions. The account distinguishes four biological scales: cellular transition, circuit route selection, population commitment, and organism action. Software checks of a prospective route screen showed that a true-route variable improved held-out log loss by 0.0352 and passed the declared gate in 30/30 replicates, while route-null and global-gain fixtures passed in 0/30. The authors argue the proposal does not establish phenomenal consciousness, metaphysical freedom, moral responsibility, or one universal neural circuit.