光刻
计算光刻
平版印刷术
纳米技术
扩展(谓词逻辑)
分辨率(逻辑)
计算机科学
极紫外光刻
材料科学
工程物理
作者
Masaomi Kameyama,Martin McCallum
摘要
We will review the evolution of photolithography since its implementation in production of semiconductor IC devices. We will show how, at every forecast end of its existence, we have found new ways to prolong its life well beyond what was thought possible, and are now considering driving it to the limits of Physics. We will show how the development of new materials has, in almost all cases, been the enabling factor to implementation of new, lower wavelength photolithgraphies. We will discuss the factors driving the economics of lithography and how this has previously, and continues to have, a pivotal influence on which lithography technique is implemented into production. The likely limits of photolithography below 50nm resolution will be shown together with the factors likely to finally force us out of photolithography.
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