智通财经APP讯，歌尔股份(002241.SZ)公告，公司于近日与交易相关方签署了谅解备忘录，拟由子公司 歌尔光学科技有限公司("歌尔光学")以向交易对方增发股份的方式，取得交易对方持有的舜宇奥来微纳 光学(上海)有限公司与舜宇奥来微纳光电信息技术(上海)有限公司(合称"上海奥来")100%股权。预计本 次交易完成后，上海奥来将成为歌尔光学的全资子公司，上海奥来原股东将持有歌尔光学约1/3的股 权，歌尔光学原股东将持有歌尔光学约2/3的股权，公司仍将是歌尔光学第一大股东。 据悉，本次交易标的上海奥来，作为舜宇光学科技(集团)有限公司下属的从事光波导、超表面器件、衍 射光学器件等晶圆级微纳光学器件产品业务的主体公司，在相关领域内同样深耕多年，具备经验丰富的 核心技术团队和优秀的技术竞争力，并已围绕光波导器件等相关产品，在上海等地进行了规模化的固定 资产购建和相关设备投资。 通过本次交易，一方面，可以促成歌尔光学和上海奥来实现优势互补，显著增强歌尔光学的核心竞争 力，进一步巩固其在光波导等晶圆级微纳光学器件领域内的竞争优势。另一方面，本次歌尔光学通过增 发股份的方式合并上海奥来，既可以取得上海奥来已经购建的相关固 ...

Core Insights - Harvard University researchers have developed a new optical device called "metasurface" that can perform complex quantum operations on a single plane, addressing scalability issues in photon quantum information processing [1][2] - The metasurface integrates multiple traditional optical component functions, potentially revolutionizing quantum computing and quantum communication at room temperature [1][2] Group 1: Metasurface Technology - The metasurface is a nanometer-thick optical element with micro-nano structures smaller than the wavelength of light, allowing precise control over light's phase and polarization [2] - This technology condenses complex quantum optical systems into a miniaturized platform, significantly enhancing system stability and interference resistance [2] Group 2: Design and Production - The research team utilized graph theory to model multi-photon interference paths, translating these abstract graphs into actual nanoscale structures on the metasurface [2] - This method closely links metasurface design with quantum optical states, providing a systematic approach for constructing specific quantum state devices [2] - The integrated design of the device greatly reduces optical loss, which is crucial for maintaining quantum information integrity [2] - The device can be mass-produced using existing semiconductor manufacturing processes, indicating potential for low-cost and replicable production models [2] Group 3: Broader Applications - The potential applications of this technology extend beyond quantum computing, with prospects for advancements in quantum sensing and fundamental research, offering new tools akin to "chip laboratories" [2]