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The existence of curiosity has its reason.
My path through institutions and research labs
Hefei, China
Department of Chemistry and Material Science
Major: Material Physics
Degree: Bachelor of Science
Key Achievements: Outstanding Undergraduate Research Award.
Core Coursework: Quantum Mechanics, Solid State Physics, Physical Chemistry.
Diploma (Available on Request)
Berkeley, CA, USA
International Summer Session Exchange
Coursework: Physics 137A (Quantum Mechanics), Math 104 (Intro to Analysis).
Highlights: Collaborative projects with international students, Advanced Physics labs.
Providence, RI, USA
Prof. Brenda Rubenstein's Group
Project: Machine Learning to Accelerate Surface Properties Prediction.
Outcome: Developed a model to predict chemical reaction barriers on material surfaces.
Austin, TX, USA
Prof. Donglei Fan's Group
Research Focus: Surface Enhancement Raman Spectroscopy techniques, Density Function Theory calculations, Finite Element analysis.
Current Status: Developing novel nanostructures for sensing applications.
Download Full CVCombining rigorous academic research with practical experience in robotics, nanoscale synthesis, multi-scale modeling and simulation (DFT, MD, FEA), and robotic system development.
My diverse background spans nanoscale synthesis, multi-scale modeling and simulation (DFT, MD, FEA), and robotic system development. My work focuses on developing new biosensing platforms for the ultra-sensitive detection of biomolecules in disease diagnosis, advancing robotic systems and manipulation techniques for nanoscale operations , and utilizing multi-scale modeling to elucidate the underlying mechanisms of these systems.
Exploring the frontiers of material science through computation and experimentation
Understanding and predicting the behavior of electrons in materials under various conditions, such as temperature, pressure, and external fields.
Explore MoreAiming to provide a better understanding of materials behavior, predict material properties and their response to various stimuli, combine with robotics to accelerate the discovery of new materials.
Explore MoreDeveloping techniques and tools to manipulate, control, and measure materials and structures at the micro and nano scale. Bringing new methods to disease therapy.
Explore MoreDiscover my knowledge base: A curated collection of notes and insights
Travel, See, Think
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