Research Interests

    Mass spectrometry is an essential analysis technique in various fields because of remarkable selectivity and sensitivity. As demonstrated by ESI, MALDI, and other ambient ionization approaches, the ionization technique performs a critical role in modern mass spectrometers. A successful ionization method impacts science far beyond anything envisioned in their early discovery. We presently focus on investigating the ionization technique in mass spectrometry to overcome the critical challenge in MS analysis.

Fast Screen Platform 

   Advancing rapid analysis in mass spectrometry, our innovative ionization technology for portable mass spectrometers transforms sample introduction. Featuring streamlined processes, results are obtained within minutes. Tailored for fast-screen platforms, this innovation overcomes conventional laboratory constraints, facilitating agile analysis in various settings.

Soft Ionization


Soft ionization in mass spectrometry enables gentle ionization of analytes, preserving molecular integrity and facilitating accurate structural analysis. We develop the suitable techniques and apply for the research of  organometallic reactions, these methods are vital for observing fragile intermidiates and complex samples.

Artificial Intelligence in MS

    AI (Artificial Intelligence) plays a crucial role in mass spectrometry study by enabling advanced data analysis, pattern recognition, and predictive modeling. It helps identify complex molecular structures, classify compounds, and optimize experimental conditions.

國科會2022.08電子報  - 台灣研究新發現