Welcome to the Sustainable Engineering and Non-linear Systems (SENS) Group, where we explore the dynamic interplay of biology, fluid mechanics, and engineering. Our research focuses on active turbulence, investigating how tiny phytoplankton navigate their fluid environments and contribute to marine ecosystem health and global climate regulation through their collective motion. We delve into the realm of sustainable instability, harnessing chaos at multiple scales—from microscale mixing in natural waters to subsurface phenomena. By leveraging biological systems to initiate controlled chaotic flows, we unlock innovative possibilities for scientific and engineering advancements.

Our investigations also extend to porous structures, which are integral to both natural systems and engineered solutions. We design these structures to better understand complex flows and enhance predictability in fluid dynamics. Additionally, we study multi-body interactions that drive the emergent behaviors of natural systems. By analyzing how individual components interact, we reveal insights with profound implications for both fundamental science and practical applications. Finally, our exploration of active liquid crystals focuses on their unique properties and diverse applications, from smart display technologies to intelligent cargo delivery systems. By understanding the spontaneous flows and phase transitions of active liquid crystals, we aim to pioneer advancements across various fields.

Together, we strive to deepen our understanding of these complex systems, contributing to a more sustainable and technologically advanced future. Join us as we navigate the intricate dynamics in the realm of sustainable engineering and non-linear systems.