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DUANLAB for M-ART

Materials with Asymmetry, Responsiveness, and Tunability

About

Led by Dr. Tianwei Duan, M-ART Lab is dedicated to the design and discovery of functional materials shaped by structural asymmetry. Our research explores chirality, interfacial dynamics, and responsive behaviors across multiple scales — from molecules and crystals to hybrid semiconductors and optoelectronic devices.

We are driven by a fascination with the power of asymmetry. From chiral molecular design to non-centrosymmetric assemblies and emergent collective phenomena, we investigate how structural asymmetry can unlock new directions in energy applications.

Rooted in chemical synthesis, physical property characterization, and device engineering, M-ART Lab embraces an interdisciplinary approach. We believe that the aesthetics of asymmetry is more than a visual principle — it is a pathway to novel functionality. Our goal is to create materials that not only perform, but adapt, heal, and evolve.

Lab Core Values

At M-ART Lab, we are dedicated to the design and exploration of asymmetric, responsive, and tunable materials for next-generation optoelectronic and energy applications.

Our research weaves together chemical synthesis, symmetry-breaking phenomena, and device integration, while cultivating a mindset that values structure, function, and the beauty of scientific asymmetry.

We foster a culture of mutual support and open communication, where every member learns from each other and receives support from the PI. Our lab is committed to not just advancing scientific knowledge, but also encouraging personal and intellectual growth, and nurturing a sense of integrity and purpose in each individual’s journey.

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