What question did this study set out to answer?

This research aims to connect the PNMS Mode B operation to electrodynamics through photon properties.

March 10, 2026Open Access

PNMS Mode B — Electrodynamics Branch: ΦR Coupled to the Photon Dispersion Relation

Key Points

This research aims to connect the PNMS Mode B operation to electrodynamics through photon properties.
Defined the PNMS projection operator Φ_R in the context of photon properties.
Analyzed electromagnetic radiation with the photon dispersion relation.
Identified active quantities such as photon energy, wavelength, and their roles in PNMS.
Established constraint relations for photon states in signature space.
Defined the electrodynamic constraint surface for photon states as (E / E_p) · (λ / l_p) = 2π.
Demonstrated a systematic approach to generate and verify photon states.
Outlined the series of electrodynamic case studies to analyze the electromagnetic spectrum.

Abstract

Branch document connecting the PNMS constructive operation (Mode B) to electrodynamics. The document defines how the PNMS projection operator ΦR is applied to electromagnetic radiation using the photon dispersion relation E = h·c / λ. It specifies the active quantities used in the analysis — photon energy, wavelength, and period — and identifies their corresponding rows in the PNMS reference basis. The document establishes the constraint relation (E / Eₚ) · (λ / lₚ) = 2π which defines the electrodynamic constraint surface for photon states in PNMS signature space. The document also defines the constructive operation used to generate and verify photon states and introduces the electrodynamics case study series associated with this branch, including the analysis of the electromagnetic spectrum.

PNMS Mode B — Electrodynamics Branch: ΦR Coupled to the Photon Dispersion Relation

Key Points

Abstract

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