Excitation of Mirror Mode Waves and Whistler Waves in Space Plasmas

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Observation finds mirror mode and whistler waves coexisting in space plasmas, suggesting distinct energy sources.

Mirror mode waves absorb free energy from all proton and electron components, enhancing energy transfer processes in space plasmas.
Whistler waves are excited solely by the high-energy electron component, suggesting different excitation mechanisms for each wave type.
Analysis utilizes data from the Magnetospheric Multiscale mission to investigate wave excitation in the Earth's magnetosheath.
These findings help understand the complex dynamics of multiple wave types in multi-component space plasma environments.

Guo et al. (2025) studied this question.

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