I was born in Germany although I grew up and live in Canada. Its cold here, but our igloos are warm. I am doing my graduate program at the University of Alberta because of its excellent chemical facilities and friendly professors. My research involves solid-phase synthesis and cross catalysis. We are developing new techniques as well as studying conjugated polymers as potential molecular wires. When I'm away from the lab, I enjoy hitting the gym, grabbing a few beers, and eating sauerkraut.
I was born in Daejeon, South Korea. I completed my undergraduate degree at Chungnam National University, South Korea after which I chose to come to the University of Alberta because I love Canada and the U of A has a good reputation, especially the Chemistry department! I decided to join the Gibbs-Davis group because the research area is multidisciplinary and also the combination of DNA and organic synthesis sounds like an attractive field. My research is on organic synthesis of modified DNA oligos and developing green chemistry methods for molecular electronics. When I have free time, I like watching movies, cooking and hanging out with my friends.
I grew up in Chongqing, situated in the upper reaches of the Yangtze River in southwest China. I graduated from Wuhan University and I worked on multifunctional and integrated microfluidic platform for cell analysis. I chose the graduate program at U of A because of the great research environment and excellent professors. I moved to Edmonton in September 2016 and I do research on DNA amplification with Dr. Gibbs-Davis. In my free time I like to travel, read books, watch movies and exercise.
I grew up in Beni Suef, Egypt. I did my undergrad in Chemistry at Beni Suef University in Egypt. I chose U of A since it is one of the most worldwide prestigious universities. Joining U of A will help me improve both my personal and technical skills. My research interests are analytical chemistry and using spectroscopic techniques for chemical analysis. In Sept. 2017 I joined the Gibbs group doing research on using nonlinear optical phenomena to understand the interfacial behavior of silica with other media. My project may involve using nonlinear optical phenomena to gain insight into the surfaces of semiconductor materials and photovoltaic devices. I’m really excited to be in such a nice group.