Impact Generated Shockwaves are Proposed for the Origin of Sunspots to Explain the Detected Planetary Effects on the Solar Activity

TL;DR

This paper proposes that shockwaves generated by impacts from Kuiper Belt Objects, destabilized by planetary resonances, cause sunspot formation and solar activity cycles, linking planetary positions to solar phenomena.

Contribution

It introduces a novel model connecting planetary resonances, Kuiper Belt Object impacts, and sunspot cycles, explaining long-term solar activity patterns.

Findings

Detected five new correlations between sunspots and planetary positions.

The model explains sunspot cycle length and distribution.

Long-term solar activity can be predicted from planetary conjunctions.

Abstract

Five new correlations between sunspot activity and orbiting position of the Jovian planets are detected. In order to explain these correlations it is suggested that the resonance of the outer planets destabilizes the orbit of Kuiper Belt Objects and generates a cyclical impact frequency on the Sun. The vaporization of the object initiates a shock way disrupting the upwelling of the plasma resulting in a sunspot formation. The proposed model is able to explain the length of the cycle, the latitude distribution of the sunspots and the extremely long term stability of the cycles. Calculating the positions of the Jovian planets at conjunction and opposition allows the long term prediction of the solar activity.