Ultra-Low-Frequency Magnetospheric Physics : Scale-Interactive Processes Involving Global Dynamics , Boundary and Internal Resonance Layers , Magnetosphere-Ionosphere Coupling , and Particle Energization

@inproceedings{LotkoUltraLowFrequencyMP,
  title={Ultra-Low-Frequency Magnetospheric Physics : Scale-Interactive Processes Involving Global Dynamics , Boundary and Internal Resonance Layers , Magnetosphere-Ionosphere Coupling , and Particle Energization},
  author={William Lotko and M. Keith Hudson and John G. Lyon and Anatoly V. Streltsov and Richard E Denton and Robert L. Lysak and Hudson and Scot R. Elkington and C. C. Goodrich and Talia J Rosenberg and Goldstein and R. E. Denton and Wei and B. U. {\"O}. Sonnerup}
}
Project Summary Objectives and Methodology: A critical-mass research effort will explore and advance theoretical understanding of the causal agents, coupling, scale-interactions, and particle kinetics of magnetospheric and ionospheric variability in the ultra-low-frequency regime (from less than 1 mHz up to 1 Hz). Magnetotail oscillations (periods of 10-60… CONTINUE READING