[under construction]

The Saturn orbit-asynchronous great storm of 2010-11 [Sánchez-Lavega et al. 2016] is a strong peak in the RMS signal of the mutual orbits of [Me, Ve, Ea, Ma, Ju, Sa, Ur, Ne], at terminus, and SNR[Me, Ea, Ju]  double peaked modulation conterminous with the RMS spike. This correspondence, with respect to nonlinear and self-gravitating body-specific variations with regard to infinitesimal changes in solar distance around barycenter, perhaps shows clustering of orbital field couplings that function hierarchically, with larger planetary ensemble relationships controlling stability of subsystem orbits, critical points in their emergent limit cycles, and their energetic budgets resulting from positive feedbacks.  Various solar wind parameters during the discrete onset and collapse of the storm were calculated to show correlation with an extremely long (the longest hitherto) apparent GRB, which exactly mapped to the saturn-solar feedback phase and other planetary-solar wind-high energy signals. I will expand this section to show these data and calculated solutions of very high accuracy.