A Multi-Physics Model of Venusian Atmospheric Dynamics / Venusian Atmospheric Coherence
Year: 2025
Type: article
Abstract: A Multi-Physics Model of Venusian Atmospheric Dynamics. (early May 2025)Venusian Atmospheric Coherence. (2025-06-20)A Multi-Physics Model of Venusian Atmospheric Dynamics / Venusian Atmospheric Coherence | - RF attenuation of vertical heat columns (mirages) - Vertical bi-directional molecular transports to the Upper atmospheric layer(s) that is most reflective towards the sun (angular de-correlation as not to reflect the exposed structure | - Driven Dark spots in Selective Bubble Mechanics steered lanes in the upper Atmospheric layer are processing and transporting, distribution of attenuated matter compositions - (super rotation and exposure and delivery descent in 4 | Exposure is selective towards the Solar output energy=structure (dark spots are differential most horizontal that may have faster superrotation timing, this can be significant deviate from visible superrotation metrics and timings) transport and RF Signatures - RF standing wave attenuations are discussed*** 2026-01-18 Scar-Governed Cavity Formation and Rotational Memory in Venusian ContextThis article presents a exploration of wide, persistent subsurface cavities on Venus formed by slow, high-mass impact events. Building on previous studies of Venusian superrotation, it introduces a scar-based metric to quantify impactor mass, velocity, and trajectory from lithospheric deformation. The work integrates Earth analogues, particularly the Sarawak Chamber, to illustrate structural plausibility under Venusian gravity and scar-annealed lithosphere. Roof thickness, maximum span, and overburden stress are expressed quantitatively, providing a formulaic framework for evaluating potential cavity dimensions. Conceptual heatmaps highlight regions most likely to host such structures, while interstellar context (3I/ATLAS) emphasizes the diversity of impactor populations. Narrative descriptions, roof arch mechanics, scar trajectories, and rotational memory considerations provide a unified story linking planetary surface features to underlying mechanics. Speculative commentary on solar spots and atmospheric coupling is included for completeness.
Author: Vening, Edwin Jean-Paul
Language: English
Subfield: Astronomy and Astrophysics
Field: Physics and Astronomy
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W6930747036
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