A common source can explain unity while leaving a difficult question: why are there distinct subjects with private experiences? Cosmopsychism makes that problem explicit. SMM/DTT contributes a language of generated boundaries, retained histories and differentiated access, allowing a sharper argument about what these structures explain and what additional principle would establish phenomenal subjecthood.
Some panpsychist views begin with many basic experiential entities and ask how they combine into larger subjects. Cosmopsychism begins with experiential priority of a whole and asks how ordinary subjects depend on it. Shani’s proposal develops the latter direction. SMM’s one source resembles this top-down organization, but its fundamental premise is generative unity rather than necessarily a cosmic experience. The identification requires an explicit additional claim about the source’s nature. [1]
SMM begins with one nonspatial generative source. DTT distinguishes its inner production from the outer order in which completed results become accessible. The six inner levels are nested functional dependencies within that production; the seventh denotes outer completion. They are not six independent clocks, six spatial directions, or six simultaneously occupied temporal axes. This distinction makes the framework more specific than a general claim that everything changes: it asks how a world of persistent relations can be generated before its spatial representation is taken for granted.
The claim that reality has one source does not abolish the problem of plurality; it relocates it. SMM proposes that spatially distinct things arise through the activity of a nonspatial Single Monad. The philosophical strength of this move is that common origin can explain why different objects belong to one connected world. Its central task is individuation: why do the resulting differences amount to several objects, several perspectives or several experiences, rather than merely several descriptions of one undifferentiated entity?
Several forms of unity must be distinguished. Numerical unity says there is one fundamental being. Unity of kind says that many things share one basic nature. Structural unity says that relations form one coherent system. Experiential unity says that a group of contents belongs to one subject. These claims do not entail one another. A connected graph can represent many independent observers; one physical system can contain several informationally separated subsystems. DTT’s single source therefore becomes an explanation of multiplicity only when the construction specifies which relations individuate its outputs. [3]
Imagine one server generating two encrypted message streams. Each recipient can read one stream, retain its history and respond through a separate channel. The system has one source, two access boundaries and two continuing informational perspectives. It does not follow that the server or either stream is conscious. The example establishes that information partitioning can model differentiation without solving the problem of experience. It also shows why a common source does not imply that recipients share all contents. SMM/DTT can use such structures to clarify individuation while avoiding an unsupported leap from access to awareness.
A candidate account needs more than a boundary around data. It needs a criterion explaining why a set of contents belongs to one subject, why overlapping organizations do not produce arbitrary additional subjects, and how that ownership persists through change. Physical integration, report availability and self-modelling are possible ingredients, but their sufficiency is disputed. DTT’s completion can organize when a state becomes accessible, while its retained memory can support continuity. The additional phenomenal principle must say why that completed organization is lived from within. The six nested levels do not establish this simply by forming one hierarchy.
Let a source state s support two readouts R₁(s) and R₂(s). Define s and s′ to be equivalent for observer 1 when R₁(s) = R₁(s′). Different readouts induce different equivalence classes, so the observers can distinguish different aspects of the same source. This supplies a precise account of informational perspective. It also allows overlap: both may access a shared function F(s). Nothing in the construction assigns phenomenal experience to an equivalence class. That gap is not a flaw in the mathematics; it marks the additional explanatory work required by a consciousness theory.
Shani and Keppler have proposed a cosmopsychist connection with the quantum vacuum. That is an original philosophical-physical proposal, not an experimentally established identity between vacuum and consciousness. SMM/DTT’s own vacuum concept should likewise distinguish its physical ground-state model from any experiential interpretation. A quantum field vacuum has mathematically defined correlations and response properties. Giving those properties an intrinsic phenomenal nature adds a metaphysical premise. The comparison becomes stronger when that premise is stated and its explanatory contribution is assessed, rather than allowing the word vacuum to connect two theories by suggestion alone. [2]
The promising route is to solve the structural individuation problem first: derive stable local access, memory lineage and consistent communication from one source law. Then state a separate experiential bridge and examine whether it yields the intended subjects without proliferation or loss of privacy. This preserves SMM’s holistic ambition while making its commitments inspectable. It also allows partial progress: a theorem about generated perspectives would be valuable even before a complete theory of consciousness is available. Cosmopsychism provides the philosophical pressure to ask the harder question of ownership, while DTT offers a constructive vocabulary in which that question can be posed precisely.
Imagine one computer producing two independently accessible virtual notebooks. One author can edit the first without changing the second; the notebooks retain different histories and expose different information. A common physical source is compatible with distinct functional identities. It does not follow that either notebook has experience, or that the computer is a universal subject. The example separates three inferences often compressed into unity: common production, independently addressable outputs, and phenomenal subjecthood. SMM/DTT can employ the first as its foundation while building a detailed account of the second. A transition to the third would require an additional theory of experience, rather than a change in terminology.
THE SAME QUESTION, DIFFERENT STARTING POINTS
| Question | SMM/DTT | cosmopsychism and individuation |
|---|---|---|
| One and many | SMM begins with one generative source and must explain stable local access and distinct histories within its output. | Cosmopsychism takes a fundamental experiential whole and faces the individuation of ordinary subjects. |
| Subjecthood | A derivation of separate memory lineages would establish functional individuation before any further claim about experiencing subjects. | Information separation and common production do not by themselves settle who owns an experience. |
KEEP THE CONNECTION
Connects this comparison with the author’s discussion of unity.
Connects this comparison with the author’s discussion of unity.
Connects this comparison with the author’s discussion of unity.
Connects this comparison with the author’s discussion of unity.
Connects this comparison with the author’s discussion of unity.
References support the comparator and the specific mathematical or interpretive claims indicated. SMM/DTT connections are developed in the analysis above.
How these comparisons distinguish premises, results and physical claims
SMONAD
Share this page, or keep a clear reference to the work you are reading.
Use this reference for the explanation on this page. “n.d.” means its first publication date is not specified; the update date is recorded separately.
