Nature Materials
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International collaboration yields breakthrough that could revolutionize computing technologies
Researchers from Vanderbilt University and University of the Chinese Academy of Sciences have made a significant advancement in understanding the correlation of the vibrational patterns of atoms at the level of chemical bonds in conducting materials silicon and graphene. Vibrational spectroscopy of substitutional Si impurities in graphene with different bonding… Read MoreMar. 28, 2023
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Novel advanced light design and fabrication process could revolutionize sensing technologies
Researchers from Vanderbilt University and University of the Chinese Academy of Sciences have made a significant advancement in understanding the correlation of the vibrational patterns of atoms at the level of chemical bonds in conducting materials silicon and graphene. Vibrational spectroscopy of substitutional Si impurities in graphene with different bonding… Read MoreOct. 21, 2021
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A four-way switch promises greater tunability of layered materials
Researchers from Vanderbilt University and University of the Chinese Academy of Sciences have made a significant advancement in understanding the correlation of the vibrational patterns of atoms at the level of chemical bonds in conducting materials silicon and graphene. Vibrational spectroscopy of substitutional Si impurities in graphene with different bonding… Read MoreNov. 19, 2019
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Hyperlens crystal capable of viewing living cells in unprecedented detail
Researchers from Vanderbilt University and University of the Chinese Academy of Sciences have made a significant advancement in understanding the correlation of the vibrational patterns of atoms at the level of chemical bonds in conducting materials silicon and graphene. Vibrational spectroscopy of substitutional Si impurities in graphene with different bonding… Read MoreDec. 12, 2017
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Size matters in nanocrystals’ ability to adsorb/release gases
Researchers from Vanderbilt University and University of the Chinese Academy of Sciences have made a significant advancement in understanding the correlation of the vibrational patterns of atoms at the level of chemical bonds in conducting materials silicon and graphene. Vibrational spectroscopy of substitutional Si impurities in graphene with different bonding… Read MoreAug. 6, 2013