Phase Transition

Scientists investigate the fundamental physical processes that drive transformations between different states of matter. This research explores how materials change their properties under varying conditions of temperature, pressure, and electric or magnetic fields. Investigations employ computational methods, including molecular dynamics simulations and thermodynamic modeling, to understand phenomena such as melting, boiling, and the formation of novel phases. Specific areas of focus include the behavior of water under extreme conditions and the properties of ferroelectric and piezoelectric materials. The work also examines how molecular structure influences phase transitions in biological systems, such as protein folding.

This research has relevance to Arkansas's agricultural and manufacturing sectors, where understanding and controlling material properties is crucial for product development and process optimization. For instance, understanding water phase transitions is vital for managing water resources across the state, particularly in agriculture and for industrial cooling processes. Research into ferroelectric and piezoelectric materials contributes to advancements in electronic devices and sensors that can be manufactured within Arkansas.

This work draws upon and contributes to expertise in semiconductor materials, surface properties, and advanced computer simulations. Collaboration extends across multiple institutions, fostering a broad engagement with these complex scientific challenges.