About Me
About Me
My Story
I have a unique background that combines advanced computational physics with practical applications in quantitative finance. My journey began with a fascination for understanding the fundamental behavior of quantum matter, which led me through a PhD at UNC-Chapel Hill where I developed novel computational methods for quantum many-body systems.
Today, as a Quantitative Analytics Specialist at Wells Fargo, I apply the same analytical rigor and computational expertise to solve complex financial challenges. I bridge the gap between cutting-edge research methodologies and real-world business solutions, transforming theoretical insights into practical applications that drive business value.
Core Competencies
Quantitative Development
Python ā¢ C++ ā¢ Mathematical Modeling
Financial Analytics
Risk Modeling ā¢ FRTB SA ā¢ ISDA SIMM
Data Science
Machine Learning ā¢ Time Series ā¢ Statistical Analysis
Computational Physics
Quantum Many-Body ā¢ High-Performance Computing
Analytics Platforms
Interactive Dashboards ā¢ Data Visualization
Technical Leadership
Team Management ā¢ Process Automation
Explore comprehensive technical expertise and business applications
View Complete Technical Portfolio āEducation
- PhD in Physics, University of North Carolina - Chapel Hill Aug 2016 to May 2022
- Visiting Student in Physics, Duke University Aug 2013 to Aug 2014
- B.S in Physics, Shandong University Sep 2011 to Jun 2015
Professional Journey
š¢ Current Role
Quantitative Analytics Specialist at Wells Fargo, leading development of Python-based risk analytics frameworks, designing regulatory compliance models (FRTB SA, ISDA SIMM), and building interactive dashboards for stakeholders. I lead cross-functional teams and present analytics to senior management.
View Professional Experience āš Academic Contributions
Computational Physics Research focused on quantum many-body systems, developing the "Automated Algebra Method" that eliminates statistical errors in quantum calculations. Published 6+ peer-reviewed papers including an Editor's Suggestion in Physical Review Letters.
View Academic Work āBeyond Work
When Iām not developing analytical models or researching quantum systems, Iām passionate about the intersection of technology and problem-solving. I enjoy exploring how computational methods can be applied to diverse domains, from physics simulations to financial modeling.
My approach to both research and industry work is driven by a curiosity to understand complex systems and a commitment to developing elegant, practical solutions.