What question did this study set out to answer?

To present a new formulation of distance in cosmology as a single normalization event rather than a variable quantity.

January 20, 20260 citationsOpen Access

Distance as a Single Normalization Event in Cosmology

Key Points

To present a new formulation of distance in cosmology as a single normalization event rather than a variable quantity.
Established a theoretical framework for analyzing distance as a fixed event.
Interpreted low-multipole anomalies in the cosmic microwave background within this framework.
Avoided external parameters or fitting mechanisms.
Identified distance-emergence as an irreversible event.
Proposed that anomalies in the cosmic microwave background are not mere statistical fluctuations.
Highlighted the need for a new perspective on cosmic distance, challenging traditional views.

Abstract

This record preserves a minimal structural formulation in which distance is treated not as a continuously evolving physical quantity, but as a single emergent normalization event. Within a space-division framework, distance becomes definable only when coarse-graining and internal normalization reach a fixed point.This emergence occurs once and is irreversible. Low-multipole anomalies in the cosmic microwave background (CMB) are interpreted as residual signatures of this distance-emergence event, rather than statistical fluctuations or new physics. No inflationary mechanism, external scale, or parameter fitting is assumed.This work is intentionally non-optimizing and non-persuasive, serving as an archival structural note (Method-Null).

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