Abstract:

Protein-Metal-organic Frameworks (MOFs) present a diverse array of building blocks for designing high-performance materials with applications spanning numerous industries including drug delivery, catalysis, and gas storage. However, the intricate crystallization mechanisms involving various pathways and intermediates complicate their understanding, stalling the implementation of the materials. Fundamental crystallization studies have been pivotal in advancing both biological and synthetic systems, and MOFs are no exception. This dissertation delves into how proteins exert control over the nucleation and growth of MOFs, influencing final crystal properties such as topology, morphology, and encapsulation efficiency.

Location: Zoom
Meeting ID: 918 9972 3445
Passcode: 013969