Wu Group

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Our group receives a grant from NSF to develop a next-generation 3D printer platform with our collaborators. Thanks very much for the support from NSF!
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Piezotronic effect in nanostructured piezoelectric semiconductors offers exciting opportunities. We report the first experimental exploration of piezotronic effect in 1D van der Waals solid of p-type tellurium nanobelt and systematically investigate the strain-gated charge carriers transport properties. The strain-induced polarization charges at the surfaces of Te nanobelt can modulate the electronic transport through the interfacial...
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Graduate students Mo and Kaiyan join our group. Welcome!
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Wenzhuo serves as one of the organizers at ASME International Manufacturing Science and Engineering Conference (MSEC), Los Angeles, CA, “Nanomanufacturing of Multi-functional Systems”.
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Our group receives a grant from NSF to study the feasibility of a novel integrated nanomanufacturing process for self-powered nanosensor systems with our collaborator. Thanks very much for the support from NSF!
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Yukai and Ruoxing’s paper “Lignin biopolymer based triboelectric nanogenerators” is published on APL Materials. Yukai is our high-school researcher from the local West Lafayette Junior/Senior High School. Congratulations!
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Yixiu’s work on 1D vdW Te nanobelt, in collaboration with Prof. Peide Ye’s group at Purdue is published on Nano Letters. Congratulations!
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In collaboration with Prof. Peide Ye’s group at Purdue, we studied 1D vdW Te nanobelt, in terms of its Raman spectroscopy under strain and magneto-transport. The results are published in our recent Nano Letter paper.
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APL Materials published our research on a lignin biopolymer-based energy harvesting device.
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