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<p>Advances in optical data management require the integrated form factors of devices for high-speed, low-energy operation. Diversified nonlinear platforms benefit from graphene with broadband, ultrafast, and tunable dynamics, which are manageable by structure design. The operation also relies on fabrication approaches, including mechanical and chemical exfoliation, CVD, and atomic carbon spraying. We analyze and elucidate the device characteristics and provide their highlights depending on the structure and process factors.</p>

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Graphene-advanced functional devices for integrated photonic platforms

  • 期刊论文

  • 出版模式：

    开放获取

  • 发表日期：

    2025年7月7日

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  • Oleksiy Kovalchuk,
  • Seungjae Gong,
  • Hyowon Moon,
  • Yong-Won Song

摘要

Advances in optical data management require the integrated form factors of devices for high-speed, low-energy operation. Diversified nonlinear platforms benefit from graphene with broadband, ultrafast, and tunable dynamics, which are manageable by structure design. The operation also relies on fabrication approaches, including mechanical and chemical exfoliation, CVD, and atomic carbon spraying. We analyze and elucidate the device characteristics and provide their highlights depending on the structure and process factors.