About Me & Research Philosophy

Senior in Management Information Systems at National Chengchi University, graduating June 2027. Currently a Project Management Intern in the Blockchain Technology Development Section at Cathay Financial Holdings (Sep 2026 – Jun 2027); at the Taiwan Association for Blockchain Ecosystem Innovation (TABEI), researching Web3 agent protocols, digital identity infrastructure and trustworthy AI, and helping organize hackathons and conferences; and a research assistant at NCCU MIS on two tracks, AI and quantum computing, and smart contract security.

My research centers on digital trust: building self-sovereign identity infrastructure on W3C DIDs and Verifiable Credentials, and extending it to medical credentials and identity-gated RWA tokenization; studying audit methodology for Solidity contracts through static analysis and manual review; detecting virtual-asset fraud flows with social network analysis and graph neural networks, so every risk flag carries its graph evidence; and identity and payments for autonomous agents — agent DIDs, authorisation credentials, session-bounded permissions and x402 machine payments. On the quantum side, I study the expressivity and entanglement structure of variational quantum neural networks and validate them on IBM Quantum hardware.

On campus, I'm an inaugural officer of the NCCU FinTech Club, founded its Web3 Research Group, and teach a Blockchain Fundamentals series.

Interested in blockchain compliance, institutional Web3, identity and payments for AI agents, and quantum machine learning in finance.

Research Focus

Self-Sovereign Identity (SSI/DID)

Researching decentralized identity standards (W3C DID, Verifiable Credentials) and their application to cross-institution credential verification, where citizens today must repeatedly re-submit the same credentials to different agencies.

Smart Contract Security

Studying auditing methodologies for Solidity contracts. Research spans static analysis tools (Slither), manual review patterns, and formal verification approaches.

RWA Tokenization (ERC-3643)

Investigating regulatory-compliant tokenization of real-world assets. Focus on identity-gated ownership structures and legal compliance frameworks for institutional DeFi.

Quantum Finance & QML

Exploring variational quantum algorithms (VQE, QAOA) for financial optimization. Investigating quantum speedup potential in machine learning tasks using Qiskit and PennyLane.