Archive
Archive
The current governing reference is ITOF V40/F20. Earlier versions form a sequential record of how the framework reached its present form. Each is read for what it contributed and for what was later corrected; none governs merely because it once appeared.
Current Reference: ITOF V40/F20 (2026)
Invariant Temporal Ordering Framework V40/F20:
One Global Time for the Whole Universe: The Invariant Succession of Common Stages of Change, with No Private Time for Any System
ITOF Foundation Series XX (F20), Foundational Preprint, revised 17 October 2026.
V40/F20 states time as global, one time for the whole universe with no private time for any system, and holds it against the many proper and coordinate times of the geometric reading of relativity while retaining every quantitative relativistic result. It states a stage as the formal expression of a change realized within the unceasing chain of change, and invariance as the fixed and non-reversed succession of that change; it replaces the Ordinal Succession postulate by a representation convention, grounds the Change-Stage Restraint in continuing change, types the causes of change by stage and pathway, states objective co-presence and the strict causal order of any association of events with stages, and bounds a declared clock-response hypothesis by the equivalence-principle test.
V39/F19: time defined word by word
V39/F19 defined extension and invariance word by word, adopted the first stage as a postulate, characterized every stage as a common stage of the physical systems of the universe, stated CMA as the unity of the stages of change, proved CMA and UCC independent in both directions, and confronted relativity phenomenon by phenomenon.
Download Historical V39/F19 PDF
V35/F15 to V38/F18: the mature architecture
V35/F15 removed the necessary-successor rule and made the cosmic origin optional. V36/F16 named the temporal referent the universal cosmic extension. V37/F17 added complete realization profiles, typed bridges, and explicit countermodels. V38/F18 derived the population principle, fixed the three classes of causal contributors, located the quantum stationary-state burden, proved prediction non-separation, named the Exact-Change-Stage Restraint, and gave the first countermodel showing that UCC does not entail CMA.
Download Historical V38/F18 PDF
Download Historical V37/F17 PDF
V30/F10 to V34/F14: causes, accumulation, and ending
V30/F10 fixed the rule that an influencing system remains a system. V31/F11 made Non-Transfer a governing principle, stated exact-stage restraint for observation, and stated that the succession neither reverses nor passes through a static condition, a meaning restored in V39/F19 and V40/F20. V32/F12 defined the quantitative clock-record bridge and the double-ratio target that V40/F20 extends by a coupling law. V33/F13 gave the first derivation that the succession has no greatest stage. V34/F14 separated historical accumulation from the present resultant and stated Identity-Realization Convexity and PIECP.
Download Historical V31/F11 PDF
V25/F5 to V29/F9: one common stage for all systems
V25/F5 introduced the Cosmic Moment Axiom, showed that predicates such as curved, warped, and dilated do not apply to time, and distinguished ITOF invariance from Lorentz invariance. V26/F6 first required every stage to be populated. V27/F7 established reconstruction rather than inheritance. V28/F8 introduced the Actual Formation Boundary and conditional successors. V29/F9 integrated place, motion, and clocks.
V21/F1 to V24/F4: change comes first
V21/F1 and V22/F2 developed the realization law, engagement, thresholds, stability as maintained change, and the response of living and non-living systems. V23/F3 made change prior to stages and showed that preservation of order by representations follows from invariance. V24/F4 separated the fixity of the succession from the change of what it orders, and stated the causal-order constraint that V40/F20 derives as stage-local causation.
V14 to V20: order is not a cause
These versions separated ordering from physical change and its measurement, pictured the succession ordinally as 0, 1, 2, 3, and established that a difference between systems is not a difference in time. V16 to V18 described resistance, the characteristics of an influence, and the fact that one influence may help one system and harm another; V19 reassigned relativistic clock differences to physical clocks; V20 stated the Non-Transfer direction and placed clock failure under vibration in the clock’s physical structure.
Corrections to the Record
The stage-population requirement first appears in V26/F6, not V27/F7, and the first derivation of non-termination appears in V33/F13, not V34/F14. The derivation of the Lorentz transformations from homogeneity, isotropy, and the relativity principle is attributed to Ignatowsky.
Archive Rule
The archive is read sequentially and critically. No definition, equation, status, dependency, or term is inherited by historical continuity alone. V40/F20 governs every current definition, postulate, and dependency.