Quantum Information with Integrated Photonics

Piergentili, Paolo;Amanti, Francesco;Andrini, Greta;Armani, Fabrizio;Bellani, Vittorio;Bonaiuto, Vincenzo;Cammarata, Simone;Campostrini, Matteo;Cornia, Samuele;Dao, Thu Ha;De Matteis, Fabio;Demontis, Valeria;Di Giuseppe, Giovanni;Ditalia Tchernij, Sviatoslav;Donati, Simone;Fontana, Andrea;Forneris, Jacopo;Francini, Roberto;Frontini, Luca;Gunnella, Roberto;Iadanza, Simone;Kaplan, Ali Emre;Lacava, Cosimo;Liberali, Valentino;Marzioni, Francesco;Nieto Hernández, Elena;Pedreschi, Elena;Prete, Domenic;Prosposito, Paolo;Rigato, Valentino;Roncolato, Carlo;Rossella, Francesco;Salamon, Andrea;Salvato, Matteo;Sargeni, Fausto;Shojaii, Jafar;Spinella, Franco;Stabile, Alberto;Toncelli, Alessandra;Trucco, Gabriella;Vitali, Valerio

2023-01-01

---

Abstract

Since the 1980s, researchers have taken giant steps in understanding how to use quantum mechanics for solving real problems—for example, making a computer that works according to the laws of quantum mechanics. In recent decades, researchers have tried to develop a platform for quantum information and computation that can be integrated into digital and telecom technologies without the need of a cryogenic environment. The current status of research in the field of quantum integrated photonics will be reviewed. A review of the most common integrated photonic platforms will be given, together with the main achievements and results in the last decade.