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This work explores the ontological interpretation of quantum mechanics through a new framework called Microscopic Observational Relativity (MOR).

July 2, 2026Open Access

Microscopic Observational Relativity (MOR): An Ontological Reconstruction of Relative Facts, Unmanifested Domains, and Slice Invariants

Key Points

This work explores the ontological interpretation of quantum mechanics through a new framework called Microscopic Observational Relativity (MOR).
Introduced the MOR framework for quantum mechanics interpretation.
Highlighted key discussion points regarding relational structures in quantum mechanics.
Related MOR to existing concepts like relational quantum mechanics and quantum Darwinism.
MOR presents a novel perspective that does not aim to replace standard quantum theory.
Discussed the status of unmanifested relational structures and their impact on quantum measurements.
Outlined implications for understanding classical space emergence from quantum domains.

Abstract

Microscopic Observational Relativity (MOR) is presented as an ontological interpretational framework for quantum mechanics, not as a replacement dynamics for standard quantum theory. The academic-v0.1 draft positions MOR near relational quantum mechanics, decoherence, quantum Darwinism, and quantum reference frame research, while proposing three discussion points: the ontological status of unmanifested relational structure, the distinction between observational slices and slice-invariant structure, and the possible emergence of macroscopic space from a microscopic relational domain. The weak version does not derive the Born rule, introduce new experimental deviations, or claim to solve the full measurement problem.

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