1 光子学与光子技术发展战略报告前言··········································································· 1 光学简介········································································ 3 光学的发展简史··········································································· 3 光学的研究内容··········································································· 7 光学的进步和发展········································································ 8 第一章光子学的发展与战略地位········································ 13 光子学的内涵········································································ 13 光子学与电子学····································································· 15 光子具有的优异特性············································································· 16 光子学与电子学的相互补充、共融与促进关系··································· 18 第二章光子学的重要分支学科及其发展(基础光子学) ··········· 23 基础光子学··········································································· 23 量子光学······························································································· 23 光量子信息科学···················································································· 29 分子光子学···························································································· 32 超快光子学···························································································· 37 光子学器件··········································································· 44 光子学器件的分类················································································ 44 新型激光器···························································································· 48 信息光子学··········································································· 57 光纤光子学···························································································· 57 光通信技术···························································································· 65 2 光子信息处理技术····················
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