The fellowship provides a three-year annual stipend of $34,000 and a $12,000 cost-of-education allowance for tuition and fees. In addition to the monetary awards, fellows are given opportunities for international research and professional development, and the freedom to conduct research at any accredited U.S. graduate institution they choose.
“This fellowship is extremely competitive, and there are many worthy candidates,” Zou said. “I feel very honored to have received it.”
Zou’s current research focuses on the integration of large genomic datasets and applying machine learning methods to discover the biological basis of complex diseases. “I’ve always been interested in the biological mechanisms of complex phenotypes, like height and disease progression. However, biological tools are not sufficient to answer the kinds of questions that I am interested in,” Zou explained. “Computer science allows me to analyze the vast quantity of biological data from high-throughput sequencing in a systematic way and gives me a unique perspective to solving biological problems.”
In the long run, Zou aims to develop novel methods in computational biology, and hopes her research will help in providing early diagnosis and more effective treatment of diseases.
“I’m thrilled to receive this fellowship,” Cong said. “It’s such an honor, and having three years of support like this will give me lots of flexibility to explore new topics when I start my graduate studies.”
Cong’s passion for quantum computing stemmed from her interests in the fields of computer science, physics, and mathematics, all of which are utilized in quantum computing. She’s also excited by the growing importance of the field, saying, “Because Moore’s Law exponential scaling may be approaching an end, quantum computing is becoming a very important field as it provides one promising solution to this upcoming challenge.”
“I’m really surprised,” Johnson said in reaction to being named a GRF honorable mention. “It’s nice to know I’m headed in the right direction, and it’s really reaffirmed that I’m pursuing something I have a lot of potential in.”
Johnson attributes her interest in computational genetics to the opportunities it presents in applying highly theoretical fields like computer science and mathematics towards solving problems applicable to real life. She also hopes pursuing her Ph.D. will allow her to further explore her research interests, and dive deeper into problems she feels she’s only touched the surface on.