The Phenomenology Map: experience → observable → test

What this document is

UHM makes consciousness measurable: every state of $\Gamma$ has a small set of cheap observables — purity $P$, reflection $R$, integration $\Phi$, the consciousness measure $C=\Phi\times R$, $E$-coherence $\mathrm{Coh}_E$, the Gap, the cognitive temperature $T_{\mathrm{eff}}$, and the differentiation $D_{\mathrm{diff}}=e^{S}$. This document does one thing, honestly: it maps lived experience onto those observables, and for each mapping states how to test it and what its status is. It also draws the strict line for anomalous reports — the theory reads the experience (a fact about the self-model), and it does not assert the reality of any external entity behind it. Where UHM has no mechanism, the entry is marked [untestable / outside the theory], not decorated.

1. The mapping principle

Nothing here is a new postulate. UHM already fixes the observables (they are functions of $\Gamma$) and the thresholds ($P>2/7$, $R\geq1/3$, $\Phi\geq1$, $D\geq2$). A lived state enters the formalism through the Enc functor — perception writes the world into $\Gamma$ — so a report of experience is, in the theory, a report about a region of the observable space. The map below is therefore not a metaphor: it is the claim that a given experience corresponds to a specific signature, and that measuring the signature (via the calibrations of the Measurement Methodology) tests the claim.

The single most important discipline: a signature is a statement about the holon's own state, never about a world beyond it. This is what keeps the map falsifiable rather than a license to explain anything.

2. The map

Experience	UHM signature	How to test	Status
Wakeful consciousness	$P>2/7$, $\Phi\geq1$, $C=\Phi R>0$	concordance of $\mathrm{Cons}(\widehat\Gamma)$ with $\mathrm{PCI}_{\max}>0.31$ (Cohen's $\kappa$, P8.4)	[falsifiable]
Deep sleep / anaesthesia	$P<2/7$ (loss of viability), $\mathrm{Gap}\to1$	$\mathrm{PCI}_{\max}\leq0.31$; same concordance test	[falsifiable]
Meditation / flow	low $T_{\mathrm{eff}}$ (cognitive temperature)	EEG spectral slope, HRV	[falsifiable]
Metacognition / insight	high $R$ (reflection)	meta-$d'$ correlates with $R$	[falsifiable]
"Grokking" / sudden understanding	$\Phi$ crosses $1$ (L1→L2 ignition)	a measurable, dated transition	[falsifiable]
Psychedelic / ego-dissolution	$\uparrow D_{\mathrm{diff}}=e^{S}$, $P$ toward the window edge	brain-signal entropy $\uparrow$ (see §3)	[falsifiable]
Dreaming	intermediate $P$, structured $R$	EEG sleep staging	[partial]
Déjà vu	self-model prediction leads input	temporal consciousness	[interpretation]

Every row in the first block is a number against data, not a mood. The value of the map is precisely that it can be wrong.

3. The entropic-brain bridge

The strongest and most independent test comes from work UHM did not author. Carhart-Harris's entropic brain hypothesis (2014) proposes that psychedelic and other primary states raise the entropy of spontaneous brain activity (measured, e.g., as Lempel–Ziv complexity of EEG/MEG), and that ordinary waking cognition sits at a self-organised critical boundary between order and disorder.

This maps directly onto UHM. The differentiation measure is $D_{\mathrm{diff}}=\exp(S_{\mathrm{vN}})$ — the exponential of the von Neumann entropy of $\Gamma$. So "increased brain entropy" is, in the formalism, increased $D_{\mathrm{diff}}$ — the state moving up toward the top of the viability window, and, if pushed far enough, out of it (past $P=3/7$ toward $I/7$, where $S\to\ln7$ and viability is lost). The entropic brain's "edge of chaos" is, exactly, UHM's viability boundary $P=2/7$; its claim that consciousness lives near criticality is UHM's claim that the conscious window $(2/7,3/7]$ sits between the frozen ($P\to1$) and the dissolved ($P\to1/7$) extremes.

This is more than an analogy, and it connects to a theorem: the entropy law T-271 makes the dissipator the entropy source and regeneration the sink, so a psychedelic that weakens regeneration (or strengthens the dissipative channel) is predicted to raise $S$ — precisely the entropic-brain observation. Status: [C] (a measurement bridge, needing the same $S$↔brain-signal calibration as PCI↔$P$) and [falsifiable]. It is a rare case where an existing, replicated empirical program is the natural reading of a UHM invariant.

4. Anomalous phenomena — the honest framework

Reports of altered, "contact," and boundary experiences are data about experience. UHM can read them; it must not inflate them. The rule is one line: map the report to what the theory predicts about the self-model, and never confuse a reading of the experience with confirmation of an entity.

Reported phenomenon	UHM reading (about the experience)	Status
Ego-dissolution / unity	$P$ near the window edge, high $\mathrm{Coh}_E$, $\uparrow D_{\mathrm{diff}}$	[falsifiable] (entropic brain, §3)
Sense of presence / "contact"	an aberration of the self-model — a fall in $R_\varphi$ (self-model quality) and/or a Gap anomaly. UHM reads it as a phenomenon of the self-model, not evidence of an entity	[interpretation] — does not confirm an entity
Déjà vu	the self-model's prediction momentarily precedes the input	[interpretation]
Out-of-body / autoscopy	a mismatch in the sensorimotor Enc of the body schema	[interpretation]
"Rifts" / fields from other realms	no UHM mechanism — the theory predicts no location-bound "quantum otherworldly" fields	[untestable / outside the theory]

The last row is the integrity test. UHM is a formal theory with strong falsifiability; it earns that by declining to explain what it has no mechanism for. Reading an experience as a self-model event is legitimate and often falsifiable; asserting an external entity or field from the same report is neither, and the map says so plainly.

5. The line

• What the theory does: predict the observable signature of a class of experience, and hand the experimenter a calibration and a falsification criterion.
• What it does not do: certify that any felt presence, entity, or "field" is real. The felt presence is real as an experience (a self-model state); its external referent is not a UHM claim.

This is not caution for its own sake. A map that can explain any report explains nothing; the value of this one is that most of its rows can be measured, one row (§3) already meets an independent empirical program, and the rows it cannot test it labels as such.