designing molecular nanoarchitectures through a lego game
| this research aims to develop nanomaterials with unique chemical, physical, and electronic properties, having substantial benefits to the nanoelectronics industry, and significant environmental applications. | |
 | dr. maryam ebrahimicanada research chair in low-dimensional nanomaterials (tier 2)areas of research
|
overview of researchwe employ surfaces for the controlled synthesis of low-dimensional nanomaterials. the diversity of chemical functionalities, afforded by molecules, is steered to make nanoarchitectures, which can be tailored for organic electronics, spintronics, and in energy and environmental applications. the formed nanomaterials exhibit distinct chemical, physical, and electronic properties. nanoscale science techniques including scanning probe microscopy with atomic scale resolution are used and complemented with spectroscopy techniques and theoretical calculations to correlate the properties of low-dimensional nanomatreials with their structure. this research provides knowledge into the formation of nanomatreials with the potential for significant technological and economic impacts in canada. | |
dr. ebrahimi's research exemplifies 阿根廷vs墨西哥竞猜 's commitment to advancing the following united nations’ sustainable development goals (sdgs):
| |
contact information: dr. maryam ebrahimi assistant professor department of chemistry tel.: 807-343-8010 ext. 8381 email: mebrahim@lakeheadu.ca | |
