The confluence of magnetic fields and quantum plasma phenomena represents a frontier regime in plasma physics that unveils novel collective behaviors, transport dynamics, and field-particle interactions inaccessible through classical, or weak-field approximations. Magnetized quantum plasma (MQP), defined as a plasma system in which both quantum mechanical effects and magnetic field influences are non-negligible, becomes essential for understanding matter under extreme densities, low temperatures, or high field strengths regimes ubiquitously encountered in compact astrophysical objects and modern high-energy laboratory experiments.