Observation of Cartesian light propagation through a three-dimensional cavity superlattice in a silicon photonic band gap crystal

『3次元フォトニック結晶での新しい光制御技術の実現』 🧀周期的な空洞（キャビティ）を持つ超格子構造での光の振る舞いの解明 🧀空洞間の距離が近い（𝑎SL≤3⁢𝑎）場合：【3次元全方向で光が結合】 🧀空洞間の距離が遠い場合：光の結合なし ・計算値と実験結果が良く一致 http…

Why we're so proud of this baby: it's a "tour de force" that brings together many years of hard work in #nanofabrication, serious #optics and #theory 🥰🥳 https://t.co/PVEWdQ3V2g Congrats to Manashee, Marek, Ravitej & thanks to all @nanocops for help …

New COPS paper: Observation of Cartesian light propagation through a 3D cavity superlattice in a silicon photonic band gap crystal https://t.co/PVEWdQ3V2g #optics #physics #nanotechnology #andersonlocalization #ffso 😊

[2303.16018] Manashee Adhikary, Marek Kozon, Ravitej Uppu et al.: Observation of light propagation through a three-dimensional cavity superlattice in a 3D photonic band gap https://t.co/95KgKZSEPG https://t.co/9FuQPy7Yek #physics_optics