Exploring Dusty Plasma: Current Research and Future Perspectives

Dusty plasmas, composed of micron- to submicron-sized charged particles immersed in an ionized gas, exhibit a wide range of collective phenomena arising from strong coupling, self-organization, and wave–particle interactions. Over the past few decades, they have served as model systems for studying condensed matter analogues and for addressing practical challenges in fusion devices, astrophysical environments, and plasma-assisted nanofabrication. This poster provides an overview of current research and future perspectives across major areas of dusty plasma physics, including the modelling and diagnostics of dusty discharges, void formation and instabilities, magnetized and microgravity plasmas, and the growth of functional nanoparticles. The work is aimed at advanced undergraduate students, offering a concise review and key insights into ongoing developments in this multidisciplinary field.