2 papers analyzed
These studies suggest lion roars in the magnetosheath are caused by cyclotron resonant instability with anisotropic electrons and electron temperature anisotropy.
The sound of a lion roaring, in the context of space physics, refers to intense electromagnetic whistler-mode waves known as "lion roars" that occur in the magnetosheath. These emissions are characterized by their unique acoustic signature when converted to sound waves, resembling the roar of a lion.
Generation Mechanism:
Electron Temperature Anisotropy:
Electron Velocity Distribution:
The sound of a lion roaring in the magnetosheath is caused by intense electromagnetic whistler-mode waves known as lion roars. These waves are primarily generated by cyclotron resonant instability with anisotropic magnetosheath electrons, influenced by electron temperature anisotropy and pressure anisotropy in the ion population. The source of these waves can be both local and remote within the magnetosheath.
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