主题演讲We-K:微型发光二极管:从信息显示到神经科学的发现工具

J. Rogers, L. Simpson, Kimberly Querrey
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引用次数: 0

摘要

材料科学和工程的最新进展为构建具有不同寻常尺寸、形状和形式的高性能发光二极管提供了手段,并在红外、可见光和紫外线中有效运行。当与高速组装技术相结合时,这种类型的微尺度设备可以配置在超薄聚合物细丝上,用于注射到生物组织中,可以配置在弹性基板上,用于皮肤适形健康诊断,还可以配置成大规模稀疏阵列,用于高速显示,具有无与伦比的亮度、对比度、切换速度和功率效率。本讲座总结了这些和其他应用的基础科学概念和工程设计。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Keynote We-K: Microscale light emitting diodes: From information display to discovery tools in neuroscience
Recent advances in materials science and engineering provide means for constructing high-performance light emitting diodes with unusual sizes, shapes and forms and with efficient operation throughout the infrared, visible and ultraviolet. When combined with high-speed assembly techniques, microscale devices of this type can be configured onto ultrathin polymer filaments for injection into biological tissues, onto elastomeric substrates for use in skin-conformal health diagnostics, and into large-scale sparse arrays for high-speed displays with unmatched brightness, contrast, switching speeds and power efficiency. This talk summarizes the foundational scientific concepts and the engineering designs for these and other applications.
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