Advanced Quantum Photonics 開放投稿:SPIE 全新量子光子學期刊 5 大收錄領域與投稿資訊
Advanced Quantum Photonics(AQP)是 SPIE 全新的量子光子學開放取用期刊,收錄量子光源、量子計算、量子通訊、量子感測與晶片整合研究。現已開放投稿,2027 年底前免文章出版費。
Advanced Quantum Photonics(AQP)是 SPIE 全新的量子光子學開放取用期刊,收錄量子光源、量子計算、量子通訊、量子感測與晶片整合研究。現已開放投稿,2027 年底前免文章出版費。
在半導體產業中,光刻技術 (Lithography) 是推動摩爾定律、實現奈米級製程的決定性環節。要持續推進奈米製程,半導體研究人員和工程師必須同時掌握光刻技術最前沿的 「硬體」(光子源與設備)與 「軟體」(材料與化學原理)核心知識。
電化學與光刻技術為新一代感測器與微型顯示元件提供基礎,推動AR等智慧應用發展。電化學驅動能源與感測創新,光刻實現奈米級精密製程,兩者共同讓數位資訊得以即時、精準地融入現實世界,模糊虛實界線。
矽光子技術是一種創新的光電整合方案,利用矽基材料在晶片上實現光信號的高速傳輸與處理。除了在高效能運算與通訊系統中展現出色效能外,矽光子也逐漸應用於動力系統設計中,例如資料中心伺服器與嵌入式系統的能源管理架構。
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