Ready to explore a world beyond what the eye can see?

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At the atomic and molecular scale, the hidden architecture of materials silently shapes energy security, computational limits, and the future of human civilization.

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In Professor Hsiao-Ching Yang’s lab, you’re not just conducting research — you are decoding the genetic blueprint of materials that will power tomorrow’s technologies.

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Our work integrates multiscale molecular simulations, artificial intelligence, and advanced photon and neutron techniques, including access to synchrotron light sources and international scattering beamlines (X-ray and neutron SAXS/WAXS). We investigate how materials behave under real and extreme environments, revealing their structure, dynamics, and function.

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​Our core research areas include:

1. Carbon-free energy and storage materials – Designing next-generation batteries and hydrogen-based systems to accelerate the clean energy transition.

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2. Next-generation semiconductors and substrates – Developing advanced processing materials to drive high-speed computing and intelligent technologies.

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3. Biomacromolecules and intelligent hybrid materials – Creating MOF/COF-based organic frameworks enhanced by AI and biomimetic design to build materials that can sense, respond, and learn.​

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We are committed to training interdisciplinary scientists equipped with both theoretical insight and experimental expertise — preparing you for impactful careers in international research institutions, cutting-edge industries, or further academic advancement.

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This is more than science ~ If you’re ready to make your Master’s, Ph.D., research assistantship, or postdoctoral journey a meaningful and impactful one ~ Now is your time to soar.

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“They shall mount up with wings like eagles, they shall run and not be weary, they shall walk and not faint.”

Contact: [yang-hc@mx.nthu.edu.tw]

Welcoming Research Assistants & Postdoctoral Fellows​