证券代码：688299 证券简称：长阳科技 公告编号：2025-034 宁波长阳科技股份有限公司 关于自愿披露对外投资的公告 本公司董事会及全体董事保证本公告内容不存在任何虚假记载、误导性陈述 或者重大遗漏，并对其内容的真实性、准确性和完整性依法承担法律责任。 次投资无需提交董事会、股东大会审议，已经公司总经理办公会审议 通过。 本次认购惠之星股票事项，尚需经惠之星股东会审议通过、尚需 取得全国股转公司出具的同意定向发行的函后方可实施。本次定向发 行能否取得全国股转公司出具的同意定向发行的函尚存在不确定性， 且最终取得同意定向发行的函的时间也存在不确定性。 《关于宁波惠之星新材料科技股份有限公司之股份认购协议》约 定的相关交割条件尚未全部成就，公司尚未取得目标公司的股份，若 交易无法达成，本次交易存在终止的可能。 由于消费电子行业产品更新迭代快，产品创新属性强，产品朝着 轻薄化、智能化等方向发展，下游终端客户必然会对功能性涂层复合 材料供应商的要求越来越高，惠之星作为上游厂商必须加大研发投入， 提升、改进工艺水平，才能满足消费电子类产品的市场需求。如果惠 之星不能正确判断和及时把握行业的发展趋势和工艺技术的演 ...

行情速递 ① 主 板 领 涨 ， 遥 望 科 技 (+10.03%)/ 麦 迪 科 技 (+10.02%)/ 永 鼎 股 份 (+8.08%)/ 锐 明 技 术 (+6.90%)/鸿合科技(+6.36%)/ ②创业板领涨， 万集科技(+8.59%)/东土科技(+7.58%)/精研科技(+6.55%)/ ③科创板领涨， 纬德信息(+8.39%)/经纬恒润-W (+6.42%)/敏芯股份(+6.30%)/ ④活跃子行业， SW其他通信设备(+2.46%)/SW通信网络设备及器件(+1.44%)/ ④ CINNO，本次SID展会上/沃格光电发布了全球首款旗舰级32"玻璃基Mini LED新品/是继沃格与海信合作推出全球首款3A原画显示器大圣G9后/玻璃基 规模量产的更进一步/再次宣告2025年作为玻璃基产业化元年的到来/ 公司公告 ① 万马科技，发布关于大股东拟协议转让公司股份的进展暨签署补充协议的 公告/补充协议主要内容包括/受让方承诺在股份过户登记后12个月内不减 持/未尽事宜仍以原《股份转让协议》为准/补充协议生效后构成原协议不可 分割的一部分/如有冲突以补充协议为准/ ② 国星光电，发布关于转让参股子公司皓 ...

这篇文章参考的是花旗银行的一篇研报，花旗认为，2026年会成为 800G 光模块主导之年。在这份报 告中，花旗给出了新易盛、中际旭创和苏州太辰光的财务模型，给出了具体的买入价和评级，这些 信息不方便写到公众号中，有兴趣的朋友可以到星球查看花旗的原文报告。 正文 花旗的调研显示，2026 年 800G 光模块需求强劲。花旗预测，800G 光模块销量将达到 3700 万只 （同比增长 85%），主要驱动力包括： 花旗预计，超过 90% 的 800G 光模块需求仍将来自海外云服务提供商（CSP），同时由于 2026 年 1.6T 以太网交换机部署速度可能放缓，花旗下调了 1.6T 的需求预测。预计海外客户将接纳更多二线 供应商，而产能和交付能力将成为市场份额分配的关键。在行业内花旗们最看好中际旭创 （Innolight）和新易盛（Eoptolink），因其在 800G/1.6T 产品和产能方面具有领先优势。鉴于在 1.6T 市场不确定性下，新易盛近期业绩表现更佳，花旗略倾向于新易盛。 花旗给出的评级排序为：新易盛 > 中际旭创 > 天孚通信（T&S）> 太辰光（TFC）。 当然这个顺序仅供参考。 下图是 2027 ...

来源：中国新闻网 中新网长春5月17日电 (记者 郭佳)"羲和号"卫星、"天问一号"相机、"鹊桥二号"极紫外相机、双飞翼垂 直起降固定翼无人机等前沿技术成果，17日在中国科学院长春光机所向公众开放参观。 5月17日，长春市民带孩子参观长春光机所先进科技成果。 郭佳 摄 中国科学院长春光机所始建于1952年，是新中国设立的第一个光学专业研究机构，在奠基中国光学事 业、服务国家需求、培养高级人才和促进光学发展等方面贡献突出，被誉为新中国"光学的摇篮"。 作为中国科学院第二十一届公众科学日长春分会场，该所开放了特种发光科学与技术全国重点实验室、 中国科学院空间光学系统在轨制造与集成重点实验室，直观介绍如何通过在轨组装的方式，将多个单镜 体在太空中进行组装等鲜为人知的知识。 该所志愿者还化身"哪吒"演绎科普故事。通过焰色反应、伯努利原理、静电飞花等炫酷实验，揭秘"哪 吒"法术背后的科学力量，以此呼吁小朋友热爱科学，追求真知。 当天，中国科学院长春光机所下属企业也带来"特殊视觉检查仪""激光打标机""LED护眼灯""快照式成 像光谱仪""AI心理测评仪器"等众多交互性成果。 其中，AI心理测评仪现场展示"读心术"，测试 ...

Group 1: Company Overview - Founded in 2006 and listed on Shenzhen Stock Exchange in December 2015 (Stock Code: 002036) [2] - Focuses on R&D, production, and sales of optical lenses, imaging modules, and touch display integration products [2] - Key player in the optical and optoelectronic industry, with a strong emphasis on automotive electronics and smart devices [2] Group 2: Financial Performance - Q1 2025 net profit attributable to shareholders was 3.26 million, a 104.73% increase year-on-year [3] - Total revenue for Q1 2025 was 2.177 billion, a decrease of 11.71% compared to the previous year [3] - Core optical business revenue reached 1.122 billion, with automotive optical revenue at 770 million, showing a growth of 43.18% [3] Group 3: Strategic Direction - In 2025, the company aims to concentrate resources on accelerating the development of the optical industry and diversifying the display industry [4] - Plans to enhance high-tech, high-value-added optical and optoelectronic core industries [4] Group 4: Global Operations - Factories established in India, Mexico, and Vietnam [5] Group 5: Impact of Trade Policies - Limited impact from U.S. tariff policies on company performance; ongoing monitoring of international trade policies [6] Group 6: Future Outlook - Strategies in place to achieve profitability in 2025 through market expansion and optimization of customer and product structures [7] - Continuous investment in R&D and improvement of internal management to enhance product quality and competitiveness [7] Group 7: Order Status - Positive operational status with an increase in new orders for automotive lenses [9]

Quantum Computing (QUBT) Q1 2025 Earnings Call May 15, 2025 04:30 PM ET Company Participants Rosalyn Christian - Account ManagerYuping Huang - CEO & ChairmanChris Boehmler - CFO Conference Call Participants Edward Woo - Director of Research & Senior Analyst Operator Ladies and gentlemen, greetings, and welcome to the Quantum Computing Inc. First Quarter twenty twenty five Shareholder Update Call. At this time, all participants are in a listen only mode. Following management's remarks, the call will be opene ...

Bionano Genomics (BNGO) Q1 2025 Earnings Call May 14, 2025 04:30 PM ET Company Participants David Holmes - Managing DirectorErik Holmlin - President and Chief Executive OfficerVidyun Bais - Equity Research - Vice PresidentJoanne Lee - Biotech Equity Research Associate Conference Call Participants Sung Ji Nam - Managing Director, Senior Equity Research Analyst Operator Good day, and welcome to the Bionana First Quarter twenty twenty five Earnings Conference Call. Today's conference is being recorded. At this ...

Financial Data and Key Metrics Changes - Total revenue for Q1 2025 was $6.5 million, a decrease of 26% compared to Q1 2024, which included $1.4 million from discontinued clinical services [7][11] - GAAP gross margin for Q1 2025 was 46%, significantly higher than 32% in Q1 2024 [9][17] - GAAP operating expenses decreased to $11.4 million in Q1 2025 from $33.9 million in Q1 2024, primarily due to cost-saving initiatives [9][16] Business Line Data and Key Metrics Changes - The installed base of OGM systems grew to 379, a 9% year-over-year increase, with nine new installations in Q1 2025 [10] - Flow cell sales totaled 6,994 in Q1 2025, reflecting a 15% decrease year-over-year, but a 1% increase when excluding new customer sales [8][11] Market Data and Key Metrics Changes - Cash, cash equivalents, and available-for-sale securities as of March 31, 2025, were $29.2 million, with $11 million subject to restrictions [10] - The company completed a $10 million registered direct offering in January 2025 and raised net proceeds of $3.2 million through ATM sales in Q1 2025 [10] Company Strategy and Development Direction - The company has shifted its strategy to focus on existing customers who use OGM products routinely, scaling back on new instrument placements [6][7] - The strategy includes four pillars: supporting the installed base, driving utilization through software adoption, facilitating reimbursement support, and improving profitability with lower costs [7] Management's Comments on Operating Environment and Future Outlook - Management expects full-year revenues to be in the range of $26 million to $30 million, reflecting current market turbulence [17] - Q2 revenues are anticipated to be between $6.3 million and $6.8 million, with expectations to install 15 to 20 new OGM systems throughout 2025 [18] Other Important Information - The first quarter of 2025 saw 95 publications related to OGM, indicating strong engagement in research and development [13] - The company is focused on reducing cash burn and increasing gross margin, with operating expenses down 66% year-over-year [16][17] Q&A Session Summary Question: Is MD Anderson a big customer currently? - MD Anderson is an existing user and has developed a validated workflow for OGM, indicating significant adoption and impact on their operations [21][22] Question: Is the mid-40% gross margin sustainable for the remainder of the year? - Management believes the gross margin will remain stable in the mid-40% range for the rest of the year, with potential for gradual improvement [23] Question: What steps are being taken to increase SAPIRI utilization among existing routine users? - The company is focusing on training customers in using the VIA software, supporting menu expansion, and improving overall workflow proficiency [40][42]

设计方面也随之发展，以跟上光刻技术改进带来的分辨率提升。后续技术节点对间距微缩的要求超 过 了 光 刻 技 术 的 进 步 。 因 此 ， 先 进 逻 辑 芯 片 的 设 计 从 2-D Manhattan 布 局 转 向 关 键 层 中 的 1-D Manhattan布局（图1）。在基于2-D Manhattan的设计中，矩形结构用于沿垂直和水平方向对齐。 相比之下，关键层中的一维设计则将结构沿每层垂直或水平方向对齐。虽然1-D Manhattan布局提 供了密集的表示，但它也有一个缺点：当从一条金属线到相邻金属线进行电气连接时，必须实现一 个包含大量过孔的额外层——这增加了晶圆成本和电流的路径长度。 如果您希望可以时常见面，欢迎标星收藏哦~ 众所周知，制造用于先进逻辑应用的芯片始于电路设计。该过程发生在不同的层面：从晶体 管到标准单元、布局布线，直至系统设计层。构成电路设计版图的图案随后被写入光掩模 上。如今，这由利用电子束的掩模写入设备完成，例如可变形状束 (VSB：variable shaped beam) 掩模写入机和多光束掩模写入机 (MBMW：multi-beam mask writer)。 接 ...

记者从中国科学技术大学获悉，该校潘建伟、张强、徐飞虎等人联合美国麻省理工学院、中国科学院西 安光学精密机械研究所等单位，首次提出并实验验证了主动光学强度干涉技术合成孔径技术，实现了对 1.36公里外毫米级目标的高分辨成像。实验系统的成像分辨率较干涉仪中的单台望远镜提升约14倍。该 成果5月9日在国际学术期刊《物理评论快报》发表。(央视新闻) ...