The Shire once raised some valiant hearts, who seek to carry the burden and preserve their beloving world. I wish to have this courage in my future expedition to the temple of quantum science.
I obtained my MS degree in Applied Physics from Columbia University, and holding a Bachelor’s degrees in Civil Engineering from National Cheng Kung University (NCKU, Taiwan).
I was the main developer of quantum control system of the “Programmable Strontium Tweezer Array” project at WillLab, Columbia University, under the supervision of Prof. Sebastian Will. I developed the atom assembling system including harware and software control of sCMOS camera, AOD, AWG card, fiber optics, laser multiplexer, and rearranging algorithms. The above project can be seen in my Portfolio
Several undergraduate research experience also shape myself into a believer in neutral atom quantum computation, including working in MatterwaveLab with Prof. Pei-Chen, Kuan and AI MaterialLab with Prof. Yun-Che, Wang.
My previous research experiences involved quantum walks (Theory and Experiments), quantum machine learning, material microstructural design. Now I am working on building quantum simulators with programmable atomic tweezer arrays.
But I am passionate about conducting experiments and manipulating fancy instruments! With my background in science and engineering, it is always interesting to put theories into action.
MS Candidate in Applied Physcis, 2023
Columbia University in the City of New York
BSc in Civil Engineering, 2020
National Cheng Kung University (NCKU)
Multiple Way Quantum Walk (MWQW). [Link]
Sensitive Measurements Through Matter Waves
Machine Learning in Material Design. [Link] [APCOM2019] [CTAM2020]
Construcrting Homogenous Materials Using Computational Methods. [Link]
Implemented 4qubit‑Ry gate circuits in predicting MNIST dataset with the learning curve converged after ten iterations.
Designed a chatbot application using finite state machines and deployed on cloud services that can access by smartphones.
New obervations in quantum walk.
Adapting pruning strategy to generate auxetic material.
Adapting pruning strategy to generate auxetic material.
Quantum Simulators built by atomic arrays.