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This supplement aims to clarify domain-specific unit consistency and its implications for gravitational lensing and single-photon interferometry.

February 19, 2026Open Access

MUT 5.8.24: Supplement to MUT 5.8.23: Effective Background Scalar Field, Domain-Specific Unit Consistency, Gravitational Lensing, and Single-Photon Interferometry

Key Points

This supplement aims to clarify domain-specific unit consistency and its implications for gravitational lensing and single-photon interferometry.
Analyzed the Effective Background Scalar Field in gravitational lensing and galaxy rotation curves.
Provided detailed mathematical explanations to align unit consistency with physical reality.
Included Python code for simulating and visualizing key experimental results.
Demonstrated how unit consistency varies across domains while maintaining physical realities.
Enhanced predictions for gravitational lensing and quantum visibility in single-photon experiments.

Abstract

This supplement extends the Myo Min Aung Unified Theory (MUT) 5. 8. 23 by providing detailed explanations on domain-specific unit consistency, including its natural alignment with physical reality, and addressing potential misconceptions in standard physics regarding global unit rigidity. The Effective Background Scalar Field (A) is further analyzed in gravitational lensing predictions, galaxy rotation curves, and single-photon interferometry experiments. Python code snippets are included for direct simulation and visualization of deflection angles and quantum visibility. This supplement emphasizes that units may naturally vary across domains while remaining physically consistent, providing a clearer path towards a unified theory of everything (TOE) that respects natural phenomena.

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