The goal of Optoelectronics Letters is to rapidly report original,new and important results in the fields of photonics and optoelectronics in English,to advance the international academic exchanges.Optoelectronics Let...The goal of Optoelectronics Letters is to rapidly report original,new and important results in the fields of photonics and optoelectronics in English,to advance the international academic exchanges.Optoelectronics Letters pays a particularly attention to the cross topics between photonics and electronics.The scope of Optoelectronics Letters is as follows:Novel OE-devices and applications;New materials and functional components;Nano-structures and OE integration;Nano-quantum optoelectronics;Optoelectronic information technology;Sensing,measurement and inspection;Storage and display;Image and information processing;Biomedical photonics,etc.展开更多
Quantum technologies promise a safer and faster life for us. One of the difficulties in developing quantum technologies is the scalability of quantum devices. Integrated quantum circuits based on waveguide networks fa...Quantum technologies promise a safer and faster life for us. One of the difficulties in developing quantum technologies is the scalability of quantum devices. Integrated quantum circuits based on waveguide networks fabricated by direct laser writing have become an attractive subject [1]. How- ever, for the N-input and N-output （N × N） integrated quantum circuit, the characterization of the operators becomes a hard problem when N is large. The measure- ment settings for the traditional quantum process tomog- raphy would exponentially increase with N.展开更多
文摘The goal of Optoelectronics Letters is to rapidly report original,new and important results in the fields of photonics and optoelectronics in English,to advance the international academic exchanges.Optoelectronics Letters pays a particularly attention to the cross topics between photonics and electronics.The scope of Optoelectronics Letters is as follows:Novel OE-devices and applications;New materials and functional components;Nano-structures and OE integration;Nano-quantum optoelectronics;Optoelectronic information technology;Sensing,measurement and inspection;Storage and display;Image and information processing;Biomedical photonics,etc.
文摘Quantum technologies promise a safer and faster life for us. One of the difficulties in developing quantum technologies is the scalability of quantum devices. Integrated quantum circuits based on waveguide networks fabricated by direct laser writing have become an attractive subject [1]. How- ever, for the N-input and N-output （N × N） integrated quantum circuit, the characterization of the operators becomes a hard problem when N is large. The measure- ment settings for the traditional quantum process tomog- raphy would exponentially increase with N.
