Researchers at Heriot-Watt University have made a discovery that could pave the way for a transformative era in photonic ...

Scientists have found a new way to navigate beams of light through dynamic scattering media, such as the turbulent atmosphere ...

For several years now, scientists have been using lasers to control the properties of matter at extremely fast rates: during one optical cycle of a light wave. But because these changes occur on the ...

Modern communication networks rely on optical signals to transfer vast amounts of data. But just like a weak radio signal, ...

D-MP-SIM revolutionizes live-cell fluorescence microscopy, enabling high-speed, high-resolution imaging with reduced motion artifacts for dynamic biological research ...

Researchers at the University of Twente, in collaboration with the City University of Hong Kong, have designed a cutting-edge ...

Co-packaged optics require hybrid testing systems with reliable alignment techniques that can handle both electrical and optical signals simultaneously.

多模光纤（MMF）因其高容量信息传输能力，被视为未来光通信、医学内窥镜等领域的核心器件。然而，其内部数千种光模式的传播速度差异会导致严重的模态色散，使传输图像退化为杂乱散斑（图1）。

近日，北京大学物理学院现代光学研究所王剑威教授和龚旗煌教授团队与浙江大学光电科学与工程学院戴道锌教授等研究人员，实现了国际上首个基于集成光量子芯片的涡旋光量子纠缠源，并实现了任意双涡旋纠缠态的片上量子调控。团队通过发展光量子芯片调控与片外光场整形技术，搭建了片上光量子信息处理与自由空间涡旋光传输之间的芯片-自由空间量子交互系统，兼具片上操控的灵活性与自由空间传输的鲁棒性，为高维量子通信、量子精密测 ...

Optical atomic clocks have the potential to improve timekeeping and GPS accuracy by a factor of 1,000, enhancing the ...

Laser Photonics (LASE) stock rises 3.7% in premarket trading after announcing the expansion of its laser drilling technology ...

IPG Photonics Corporation (NASDAQ:IPGP), is not the largest company out there, but it saw significant share price movement during recent months on the NASDAQGS, rising to highs of US$81.31 and ...