The role of cold sonicated development scenarios for achieving ultradense and high aspect ratio for optical metamaterial applications

L. Tobing, L. Tjahjana, D. H. Zhang
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Abstract

We present a systematic study of different sonicated cold development scenarios for the purpose of achieving high density optical metamaterial. High aspect ratio sub-15-nm dots at pitch as small as 40 nm are successfully demonstrated for 110-nm thick resist at low exposure dose. Some of the key results include sub-15-nm gold nanodots at 40-nm pitch and high density optical metamaterial (with only ~30nm separation between two adjacent resonators).
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冷超声在实现超密高长宽比光学材料应用中的作用
为了实现高密度光学超材料,我们系统地研究了不同的超声冷发展方案。在低暴露剂量下,成功地展示了高纵横比的亚15纳米点,其间距小至40纳米,用于110纳米厚的抗蚀剂。一些关键成果包括40纳米间距的15纳米以下的金纳米点和高密度光学超材料(两个相邻谐振器之间只有~30纳米的距离)。
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