I am a CS PhD student at 
Georgia Tech
working with Yalong Yang and Polo Chau.
My research explores how Spatial Computing techniques, grounded in HCI principles, can reshape the way we analyze and interpret multi-dimensional data. I focus on innovating Immersive Visualization frameworks and designing systems for Cross-Reality Collaboration, enabling more intuitive and interactive data exploration across physical, virtual, and hybrid environments.
Through my work, I've had the opportunity to collaborate with researchers, developers, designers, and
scientists from 
Goldman Sachs, 
Adobe, 
Duke
University, and 
Children’s Healthcare of Atlanta.
LitForager is an immersive sensemaking system for literature exploration that visualizes academic papers as a 3D network, enabling researchers to explore, organize, and synthesize literature through multimodal interactions like gesture and voice.
3D Gaussian Splat Vulnerabilities is the first study to uncover how adversarial attacks can distort 3D Gaussian Splatting, a popular real-time rendering method. It demonstrates how subtle manipulations can deceive both human viewers and AI perception systems.
Diffusion Explainer is the first interactive visualization tool that explains how Stable Diffusion turns text prompts into images. It integrates a visual overview of Stable Diffusion’s components with interactive widgets explaining their operations.
DiffusionDB is the first large-scale text-to-image prompt dataset containing 14 million images generated by Stable Diffusion. It provides exciting research opportunities in evaluating generative models, detecting deepfakes, and designing interaction tools.
Argo Scholar is an interactive literature exploration visualization system that runs in your web browsers. It allows researchers to incrementally visualize literature networks with interactive force-directed layout and save and publish via URLs.
CardiacAR is an iOS Augmented Reality application that enables users to perform interactive surgical planning on mobile devices, offering omni-directional slicing of patients’ 3D heart models and virtual annotation to assist planning.