Focus:

By combining concepts from two distinct areas—rapidly evolving photonic crystal technology and traditional shape memory polymers (SMPs)—we have created an innovative shape memory polymer capable of "cold" programming and immediate shape recovery. This is achieved by exposing the material to a range of unconventional stimuli, such as static pressure, vapors, and shear stress, under normal environmental conditions. Unlike current SMPs, these new materials offer significantly faster response times and can operate at room temperature throughout the entire shape memory process. We are now investigating the diverse applications of these advanced materials, including their potential for detecting Weapons of Mass Destruction (WMD) and for use in aerospace morphing structures.

 

Project Responsibilities:

As an undergraduate research assistant in the lab, my responsibilities include but are not limited to dry lab analysis, in which we record and analyze results. Under the guidance of my mentor, I also assist in rote data capturing techniques, accompanying all safety procedures.​​​​