Atmospheric electromagnetic bloom events as manifestations of planetary toroidal pre-charging a METFI–TAE integrated interpretation of stable magenta ionospheric emissions
Abstract Recent observations of extended, stable magenta–pink atmospheric emissions at ionospheric and lower thermospheric altitudes have been recurrently interpreted within conventional explanatory frameworks as transient airglow phenomena, combustion-related light scattering, or auroral variants driven by solar excitation. However, several documented events exhibit spatial coherence, chromatic stability, broadband horizontal extension, and persistence profiles that challenge these interpretations when examined under strict physical constraints. This article proposes an alternative, internally consistent hypothesis grounded in electromagnetic field theory, plasma–atmosphere coupling, and non-linear resonance dynamics: that certain large-scale magenta ionospheric emissions represent atmospheric electromagnetic bloom events , emergent from pre-charging phases of a planetary toroidal field system , as conceptualized within the METFI framework (Modelo Electromagnético Toroidal de ...