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  • 2024-07-04

    The Synthesis of MXenes
    In this article, we summarize different synthesis routes of MXenes. MXenes are made by selective etching of certain atomic layers from their layered precursors, mostly MAX phases. The etching selectively removes the A-group element layers in the MAX phases while keeping the MX layers with two-dimens
  • 2023-06-07

    Two-dimensional materials, the first Nature article of the year
    First author by Ariel J. Ben-SassonCorresponding authors: David Baker and Emmanuel DeriveryCommunication unit: University of Washington, MRC Molecular Biology Laboratory, CambridgeResearch Highlights:1. A new method for computational control of binary protein two-dimensional material assembly was de
  • 2023-06-07

    Two-dimensional materials, the first Nature article of the year
    First author by Ariel J. Ben-SassonCorresponding authors: David Baker and Emmanuel DeriveryCommunication unit: University of Washington, MRC Molecular Biology Laboratory, CambridgeResearch Highlights:1. A new method for computational control of binary protein two-dimensional material assembly was de
  • 2023-06-07

    Two-dimensional materials, the first Nature article of the year
    First author by Ariel J. Ben-SassonCorresponding authors: David Baker and Emmanuel DeriveryCommunication unit: University of Washington, MRC Molecular Biology Laboratory, CambridgeResearch Highlights:1. A new method for computational control of binary protein two-dimensional material assembly was de
  • 2023-06-07

    Two-dimensional materials, the first Nature article of the year
    First author by Ariel J. Ben-SassonCorresponding authors: David Baker and Emmanuel DeriveryCommunication unit: University of Washington, MRC Molecular Biology Laboratory, CambridgeResearch Highlights:1. A new method for computational control of binary protein two-dimensional material assembly was de
  • 2023-06-07

    Two-dimensional materials, the first Nature article of the year
    First author by Ariel J. Ben-SassonCorresponding authors: David Baker and Emmanuel DeriveryCommunication unit: University of Washington, MRC Molecular Biology Laboratory, CambridgeResearch Highlights:1. A new method for computational control of binary protein two-dimensional material assembly was de
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