Propagation of dust lower hybrid wave in dusty magneto dense plasma with polarization force effect

Dust charge polarization effects on the propagation of dust lower hybrid wave is studied in dusty magneto-dense plasma. Quantum effects are incorporated due to Fermi’s degenerate pressure, Bohm tunneling potential and exchange correlation potential for electrons only. Magnetic effects are taken into account for ions, however, charged dust has polarizing effects on electrostatic wave propagation. The Quantum Hydrodynamic Model is used to construct a linear dispersion relation, and the findings are visually shown to highlight the electrostatic mode’s propagation and growth rate in the dense plasma environment.