Nonlinear dynamics of dust-acoustic waves in cometary plasmas: Supernonlinear periodic waves, charge asymmetry, and thermal gradients bridging astrophysical and industrial applications

Key Points

• Periodic waves demonstrate supernonlinear behavior under specific conditions, revealing unique properties of cometary plasmas.
• Key evidence includes significant charge asymmetry affecting wave propagation in dust-acoustic wave systems.
• Analysis of dust-acoustic wave dynamics reveals interactions influenced by thermal gradients in diverse environments.
• Understanding these dynamics may bridge gaps between astrophysical phenomena and industrial applications.