Overview
Theoretical Soft Matter & Fluid Mechanics
Our research group at the University of Puerto Rico – Mayagüez, led by Prof. Ubaldo M. Córdova-Figueroa, is dedicated to advancing the understanding of soft matter and complex fluids. We explore how the microscopic structure of these systems gives rise to their unique macroscopic properties, bridging fundamental science with practical applications. By combining theoretical frameworks with computational tools, we aim to uncover the principles that govern the organization, motion, and interactions of colloidal systems.
Focus: We specialize in theoretical studies of soft matter and complex fluids. We predict the dynamic behavior of colloidal systems and examine their microstructure across various length scales and timescales.
Research Themes: Our research focuses on anisotropic colloid systems, both passive and active, which exhibit intriguing anisotropic properties. These properties result in diverse self-assembly and directed-assembly behaviors.
Applications: Insights from our research apply to soft robotics, cancer treatment, drug delivery, resonance imaging, chemical sensors, and environmental remediation.
Exemplary Research Initiatives
Self-Assembly of Magnetic Janus Colloids
Breakage of Amphiphilic Janus Particles Aggregates Under Shear Flow
Fabrication of Magnetic Janus Particles with Adjustable Magnetic Properties and Self-Propulsion
Field-induced Reorganization in Colloidal Gels with Magnetic Particles
Anchoring Behavior in Colloid-Stabilized Liquid Crystal Droplets

