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A scalable and single-step method exploiting capillary interactions for creating sub-100-nm non-coalescent metallic (Ga) nanodroplets enabling controlled plasmon hybridization is shown herein. It enables tunable gap plasmonic resonances between the nanodroplets, thus allowing mechanochromic sensing and display applications.

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Scalable Fabrication of Non-coalescent Liquid Metal Nanodroplet Structure on an Elastomeric Substrate for Gap Plasmon-Based Mechanoresponsive Devices

  • 会议论文

  • 发表日期：

    2025年

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  • Renu Raman Sahu,
  • Alwar Samy Ramasamy,
  • Tapajyoti Das Gupta

摘要

A scalable and single-step method exploiting capillary interactions for creating sub-100-nm non-coalescent metallic (Ga) nanodroplets enabling controlled plasmon hybridization is shown herein. It enables tunable gap plasmonic resonances between the nanodroplets, thus allowing mechanochromic sensing and display applications.