Mechanical flexibility and the advent of scalable, low-cost, and high-throughput fabrication techniques have enabled numerous potential applications for plasmonic sensors. Sensitive and sophisticated biochemical measurements can now be performed through the use of flexible plasmonic sensors, integrated into existing medical and industrial devices or sample collection units. More robust sensing schemes and practical techniques must be further investigated to fully realize the potentials of flexible plasmonics as a framework for designing low-cost, embedded and integrated sensors for medical, environmental, and industrial applications.

中文翻译：

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灵活的等离子体传感器

机械灵活性和可扩展、低成本和高通量制造技术的出现为等离子体传感器提供了许多潜在的应用。现在可以通过使用灵活的等离子体传感器进行灵敏和复杂的生化测量，集成到现有的医疗和工业设备或样本收集单元中。必须进一步研究更稳健的传感方案和实用技术，以充分实现柔性等离子体激元作为设计用于医疗、环境和工业应用的低成本、嵌入式和集成传感器的框架的潜力。