工学 >>> 光学工程 >>> 光电子技术 >>> 激光及激光器技术 微结构光学 光子集成技术 光纤光学及技术 非线性导波光学 光电探测器及光探测技术 光电子材料
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本文聚焦于低维有序的一维钙钛矿纳米棒在光电器件中的优异性能,提出了一种高效的一维纳米棒的合成策略,为半导体钙钛矿纳米棒的可控合成提供了一种新的思路,同时也为钙钛矿纳米棒的应用开拓了一种新的可能。黄河作为通讯作者之一与德国慕尼黑大学Jochen Feldmann院士团队不久前刚刚在Angew. Chem. Int. Ed(https://doi.org/10.1002/anie.202115852)...
This conference centers on discovering and exploring novel concepts in photonics with significant potential to improve the performance of photovoltaic (PV) devices, typically referred to as solar cell...
2018年SPIE先进微/纳米光学和光子学制造技术会议(SPIE Advanced Fabrication Technologies for Micro/Nano Optics and Photonics XI)。
2017SPIE光学,结构,元件和子系统材料技术和应用专题会议(Material Technologies and Applications to Optics,Structures,Components,and Sub-Systems III)。
SPIE Digital Optical Technologies 2017 is a new conference focused on the components, systems design, and applications of emerging digital optical technologies in all social, academic, medical, and in...
FOTONICA is the 19th Italian National Conference on Photonic Technologies. The Conference is the meeting place of the Italian Photonic Community where the most advanced achievements of research in pho...
Advanced Photonic Components and Future and Emerging Technologies.
We recently presented a highly advantageous DCN architecture that supports on-demand, run-time topology malleability using WDM and optical space/wavelength switching technologies. We further investiga...
The potential evolution to Terabit Ethernet transmission and network systems will be discussed. Evolution directions and applications drivers as well as transmission, switching and routing technology ...
By leveraging on the wealth of Si-CMOS technology know-how and the largely available infrastructures, the fundamental photonic device building blocks and circuit integration platform,essential for the...
Laser welding for lighter-weight cars, green laser applications that reduce carbon footprint, energy-saving LED lighting, and other sustainability-enabling technologies are on the programme for SPIE E...
We review key advanced technologies for next-generation optical networking. These include advanced physical layer techniques for 100 Gb/s transmission, packet-based transport in core and metro network...
We discuss the recent advances of key photonic generation and processing technologies toward high flexibility, integration, and spectrum efficiency for delivering ultra-high throughput wireless servic...
We review the optical communication technologies required to support data center operations and warehouse-scale computing.
An efficient ROADM-ring connecting node architecture is proposed that utilizes waveband routing and achieves small footprint and cost-effectiveness. The key component devices are implemented using PLC...

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