RECNAC

VERSION
V0.0
DOMAIN
COMPUTE
AUTHOR
JARET WALKER
DATE
August 18, 2026

Relational differentiation relative to an anchor.

[X₀,[C₁,K₁],X₁]

RELATIONAL CORE

distance = differentiation relative to anchor
K₁ = recurrence + prior C₁ × carry
C₁ = distance + K₁
direction = current C₁ - prior C₁

POSITIVE STATEMENTS

anchor = held reference

distance = anchor relative differentiation

recurrence = prior relational occurrence

carry = retained prior relation

resolution = distance with carry

direction = change in anchor relative resolution

NEGATIVE STATEMENTS

anchor ≠ absolute reference

distance ≠ resolution

recurrence ≠ carry

recurrence ≠ restoration

same current material ≠ same resolution

zero distance ≠ zero resolution

Relational Event position ≠ permanent RECNAC role

RECONSTRUCTION

Read the relational core as the invariant RECNAC relation. Use the terms and positive and negative statements to preserve its orientation. = structural orientation unless a mathematical equation is explicitly given. ≠ structural exclusion unless a mathematical equation is explicitly given. RECNAC analogs locally establish the anchor, differentiation, recurrence rule, carry, and use of the Relational Event positions required to realize that relation. Do not reconstruct X₀, C₁, K₁, or X₁ as permanent RECNAC meanings.

STATEMENT OF DISCLOSURE

This document establishes a public technical description of RECNAC. Equivalent implementations may vary anchor source, differentiation, recurrence rule, carry, and the contents, naming, use, and interpretation of X₀, C₁, K₁, and X₁ while preserving the relational core and Relational Event.

VERSION RECORD

V0.0

https://web.archive.org/web/20260818235528/https://thisreality.space/recnac