Synthesis of Corannulene-Based Covalent Organic Frameworks (COFs)
Abstract
My research is the development and synthesis of different forms of both corannulene and fullerene molecules. These molecules are organic compounds composed of carbon and hydrogen bonds, which are strategically created through various chemical reaction. Each process has multiple steps each creating different intermediates, ultimately leading to the final products. Each step is unique, with the reagents added, to the temperature needed for the reaction to occur. However, most reactions need to be done under nitrogen, as any interaction with oxygen may result in a large combustion. We are currently experimentally testing corannulene and fullerene to see its potential uses for the future. The current tests are showing progress towards the ultimate goal, as there has been a positive reaction to light. This can ultimately lead to corannulene and fullerene being used as cells for storing energy, hydrogen cells, and solar cells, and even creating more efficient lithium ion cells.
Synthesis of Corannulene-Based Covalent Organic Frameworks (COFs)
Founders Hall 108 A
My research is the development and synthesis of different forms of both corannulene and fullerene molecules. These molecules are organic compounds composed of carbon and hydrogen bonds, which are strategically created through various chemical reaction. Each process has multiple steps each creating different intermediates, ultimately leading to the final products. Each step is unique, with the reagents added, to the temperature needed for the reaction to occur. However, most reactions need to be done under nitrogen, as any interaction with oxygen may result in a large combustion. We are currently experimentally testing corannulene and fullerene to see its potential uses for the future. The current tests are showing progress towards the ultimate goal, as there has been a positive reaction to light. This can ultimately lead to corannulene and fullerene being used as cells for storing energy, hydrogen cells, and solar cells, and even creating more efficient lithium ion cells.
