Ran-Yu Chang

I possess a solid theoretical foundation in quantum computing, with expertise in quantum simulation, quantum many-body systems, optimization problems, and quantum random walks. I have a deep understanding of the Variational Quantum Eigensolver (VQE) technique, which I have applied in the simulation of corrosive materials, achieving tangible research results. Additionally, I have accumulated extensive experience and technical skills in quantum dot fabrication and simulation, as well as in the application of quantum random walk algorithms.

• Promotion of quantum walk and verifying the Parrondo paradox on IBMQ to emerge quantum advantage, 08/01/21
• Quantum computer application and world-class competition practice, 11/01/21
• Faster convergence to the Parrondo paradox problem via quantum random walks algorithm, 02/01/23
• Using Quantum random walks to predict the chemical reaction rate constant, 02/01/23
• Taiwan Student Quantum Computer Society, 09/01/23
• The Evolution of Entangled Quantum Walk Impacting on Physical Systems By Von Neumann Architecture, 02/01/23, Under preparation
• Investigating Quantum Computing for Corrosion Inhibition, 02/01/24, Under preparation

• QChack, Rank 3, Phase effects of quantum random walks
• iQuHACK 2024, Rank 3,
• Qhack, Top 20 Project
• IBM Challenge 2021, No.1
• Mentor and Coach, Qiskit Hackathon Taiwan 2024