【研發前沿 第二期】主題:電化學 光刻技術 擴增實境
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。
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。
IOP期刊編輯團隊會依據審稿品質、數量和及時性,選出優秀的審稿者。2024年,有超過35,000名審稿人為IOP出版社的期刊,提交了審稿報告,共有超過1,500名審稿人脫穎而出,其中來自台灣的計有18位。
IOP Publishing 國際量子青年學者獎 – 2025年度提名現已開放 IOP Publishing …
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