Solar evaporation and clean water
Ghim Wei Ho, Yusuke Yamauchi, Liangbing Hu, Baoxia Mi, Ning Xu, Jia Zhu and Peng Wang “Solar evaporation and clean water” Nature Water, 3, 131–134 (2025). [PDF]
Category «Publication»
Polymeric tandem photothermal catalysis
Gao M., Zhang T., Ng S. W. L., Lu W., Tian G., Kozlov S. M., Ho G. W. “Polymeric layered films for tandem photothermal catalysis in harsh seawater and waste plastic media” Advanced Energy Materials, 15, 2404198 (2025). [PDF]
Programmable robotic shape shifting and color morphing
Li X., Cheng Y., Zhou Y., Shi L., Sun J, Ho G. W., Wang R. “Programmable robotic shape shifting and color morphing dynamics through magneto-mechano-chromic coupling” Advanced Materials, 36, 2406714 (2024). [PDF]
Heterogeneous hydrogel fibers with strain-induced crystallization
Cao P., Wang Y., Yang J., Niu S., Pan X., Lu W., Li L., Xu Y., Cui J., Ho G. W., Wang X-Q. “Scalable layered heterogeneous hydrogel fibers with strain-induced crystallization for tough, resilient, and highly conductive soft bioelectronics” Advanced Materials, 36, 2409632 (2024). [PDF]
Gradient tunable solid-state metamaterial
Yan Z. Handoko A. D., ..Ho G.W., Feng B., Shibata N., Zhao R., Yang J. K. W., Chong C. T., Ikuhara Y., Qiu C-W, “Atomic-engineered gradient tunable solid-state metamaterials” PNAS, 121, e2408974121 (2024). [PDF]
Sustainable heat harvesting via thermal nonlinearity
Zhou Y., Ding T., Xu G., Yang S., Qiu C-W, He J., Ho G.W., “Sustainable heat harvesting via thermal nonlinearity” Nature Review Physics, 6, 769 (2024). [PDF]
Twin boundary flexible Bi0.4Sb1.6Te3 films
Mao D., Zhou Y., Yu Y., .. Xie L., Ho G.W., He J. “Scalable and sustainable manufacturing of twin boundary-enhanced flexible Bi0.4Sb1.6Te3 films with high thermoelectric performance” Joule, 8, 3313 (2024). [PDF]
Triboelectricity visible-light-induced surface charges
Lu W., Pan X., Ong W. L., Zeng K., Ho G.W. “Enhanced triboelectricity through visible-light-induced surface charges in BTO-polymer hybrid for coexistence solar-mechanical energy harvesting” Nano Energy, 128, 109867 (2024). [PDF]
Co-designed dual-ambient energy harvester hydrogel
Lim K. J. H., Lu W., Ng S. W. L., Gao M., Ho G.W. “Co-designed dual-ambient energy harvester hydrogel for hydrogen production and electricity generation” Nano Energy, 128, 109850 (2024). [PDF]
Structuring and Shaping Functional Hydrogel
Wang X-Q., Xie A-Q., Cao P., Yang J., Ong W. L., Zhang K-Q., Ho G.W. “Structuring and shaping of mechanically robust and functional hydrogels toward wearable and implantable applications” Advanced Materials, 36, 2309952 (2024). [PDF]