Hannah Ke is a student at University High School in the United States. She has received recognition for her achievements in mathematics and biology, including the Young Women in Mathematics Award, a Gold Award in the British Biology Olympiad, and an Honorable Mention in the USA Biology Olympiad Open Exam.
At CCIR Academy, Hannah explored the intersection of computer science and chemistry through her research on computational approaches to chemical reactions.
Researching Computational Optimisation of Chemical Reactions
Hannah’s research paper, In Silico Algorithmic Optimisations for Chemical Reactions, examines how computational algorithms can improve the efficiency and outcomes of chemical reactions.
The study focuses on modelling and optimising reaction conditions in a virtual environment. This approach aims to reduce experimental costs, improve performance, and support faster progress in chemical research.
Exploring the Role of Computational Methods in Chemistry
Through her research, Hannah investigated how computational tools can support chemical experimentation. By evaluating reaction conditions virtually, researchers can explore potential improvements before conducting physical experiments.
Furthermore, this approach highlights the role of algorithmic optimisation in making chemical research more efficient.
Sharing Her CCIR Academy Research Journey
Hannah also shared her research experience in a CCIR Academy Student Spotlight episode. She discussed the guidance she received from her mentor and the insights she gained throughout the research process.
Her experience reflects her interest in mathematics, biology, and computational approaches to scientific challenges.
Ready to Explore Research in Computational Chemistry and Mathematics?
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