Powering the new Spectacles is the new Snap OS and a pair of Qualcomm Snapdragon processors, which Snap says will split the ...

AI applications are driving hyperscalers to adopt a new data center-scale switch fabric, called the AI backend network. And ...

"We predict that our discoveries will open the door to future devices that can operate at the level of single photons, integrating nanolasers with waveguides and other elements on a single chip ...

Snap aims to bring 'cloud-hosted multimodal AI models' to its AR headset, which houses powerful hardware from Qualcomm. Developers can sign up here.

Optical fibers are the backbone of the world's communication systems. They also represent the simplest example of a photonic device, where photons in waveguides replace electrons in wires. More ...

Researchers have created a technology that enables sound waves to propagate only forward, eliminating backward transmission ...

这座晶圆厂将设在马哈拉施特拉邦首府孟买附近的 Panvel，瞄准模拟与混合信号半导体产品，可创造超 5000 个工作岗位，整体投资额达 100 亿美元（IT之家备注：按当时汇率约 8394.7 亿印度卢比，当前约 710.51 亿元人民币）。

Using aerosol jet printing, Johns Hopkins APL researchers printed optical waveguides that successfully used light to detect physical phenomena. This successful demonstration marks a significant step ...

As Earthlings, we’re curious about whether alien civilizations like ours are out there or if they exist at all—which is why ...

据麦姆斯咨询报道，近期，剑桥大学（University of Cambridge）研究团队开发出一种新型的高灵敏度葡萄糖传感器，该传感器由嵌入共面波导（CPW）结构中的石墨烯通道构成，并与微流控通道相耦合。这种创新设计将宽带微波传感和化学场效应晶体管（FET）传感功能集成在单个器件之中，实现了7.30 dB（mg/L）⁻¹的高灵敏度，超过目前已有报道的微波传感器。相关研究成果以“Highly ...