Group 1 - The Fourth National Metamaterials Conference was held in Shenzhen, Guangdong, attracting nearly 3,000 technology workers from universities, research institutes, and leading enterprises to discuss the latest developments and future trends in the metamaterials field [1] - Metamaterials are identified as a strategic emerging industry, with significant implications for material science and various industry transformations. Despite notable achievements in basic research, challenges remain in transitioning from theory to practical applications and from laboratory to industrialization [1] - Liu Ruopeng, Chairman of Guangqi Technology, emphasized the need for "bottom-level reconstruction" to drive systematic changes in traditional industries, highlighting the importance of disruptive innovation across the entire supply chain for successful cross-domain applications of metamaterials [1] Group 2 - Guangqi Technology has made significant breakthroughs in the design, preparation, and testing of metamaterials, successfully applying these technologies in advanced manufacturing sectors and achieving large-scale production and market application [2] - The company has overcome 10 key technological bottlenecks in the new generation of aviation equipment, achieving domestic substitution of core processes. Over the past three years, the total contract amount for metamaterial aviation structural products disclosed by Guangqi Technology has exceeded 4.6 billion yuan [2] - Guangqi Technology has established a comprehensive industrialization system covering the entire lifecycle of metamaterials, creating a complete closed-loop industrial chain from theoretical design to performance testing, providing a replicable model for the engineering application of metamaterial research results in China [2] Group 3 - Liu Ruopeng's team at Guangqi Technology was awarded the "Metamaterials Large-Scale Production Technology" award at the conference [3]

Group 1 - The Fourth National Metamaterials Conference was recently held in Shenzhen, attracting nearly 3,000 technology workers from universities, research institutes, and leading enterprises to discuss the latest developments and future trends in the metamaterials field [2] - Metamaterials are created through micro-nano lithography to achieve "artificial molecular structures," enabling the editing of "artificial substances" that surpass natural materials, showcasing extraordinary performance in electromagnetic, acoustic, and mechanical fields [2] - Liu Ruopeng, a pioneer in the industrialization of metamaterials in China, has successfully promoted the large-scale application of this technology in advanced equipment, significantly enhancing the core performance of such equipment [2] Group 2 - This year is considered a critical year for the transition of metamaterials from academic research to industrial development [3] - Liu Ruopeng proposed the "bottom-level reconstruction" theory, emphasizing that metamaterials, as a foundational technology, require systematic transformation of traditional industries for broader market applications [3] - To achieve cross-domain applications, metamaterials need disruptive innovations across the entire industrial chain, including raw materials, middleware, product design, and process flows, tailored to the differentiated needs of various industries [3]

Core Insights - The integration of artificial intelligence (AI) in the design of metamaterials represents a significant technological transformation, allowing for faster and more efficient design processes compared to traditional methods [1][3][4] Group 1: AI in Metamaterial Design - AI can reduce the time required for metamaterial design from a year to just a few days, enabling quicker iterations and improved performance [1][3] - Traditional design relied heavily on the experience of designers, but AI-generated structures often outperform those based on historical design cases [3][4] - Companies like Guangqi Technology have been investing in AI for years, with significant financial commitments, such as 100 million yuan on a material database from 2011 to 2015 [3][4] Group 2: Applications and Market Landscape - Metamaterials can exhibit properties not found in natural materials, with applications in defense, acoustics, and thermal management [1][6] - The acoustic metamaterials sector has seen design times decrease from months to about a week, showcasing the efficiency gains from AI [6] - Guangqi Technology reported revenues of 1.558 billion yuan in the previous year, indicating a strong market presence in aerospace applications [7] - The radiation cooling sector is emerging with several new companies, projecting a revenue increase to 100 million yuan this year, reflecting growth in this niche market [7]

【公告全知道】军工信息化+机器人+鸿蒙+AI芯片+跨境支付 +华为海思! 公司推出全新开源鸿蒙版智能手持终端 公告全知道 2025.05.11 22:00 星期日 优博讯:未来计划拓展智慧医疗、智能制造等新兴行业领域 优博讯(300531.SZ)在2024年度及2025年第一季度业绩说明会上表示，公司未来市场扩展计划包括海外市场上，继续推进全球化 战略，在新产品研发、海外销售团队扩充等方面增加投入，开拓拉美、中东、非洲等新区域市场；国内市场上，巩固物流电商、 新零售领域优势,拓展智慧医疗、智能制造等新兴行业领域,完善市场、销售和售后服务体系,加强信创市场开拓和电商销售渠 道建设。 点评：资料显示,优博讯是移动智能行业应用解决方案开发的先驱和市场领先者。公司主营业务是研发、生产、销售智能数据终 端（PDA）、智能支付终端（智能POS）、专用打印机、智能自动化装备等loT智能终端产品并提供相关的软件及云服务平台。 主要产品有手持式PDA、穿戴式PDA、RFID识读终端、工业智能平板等。 优博讯2023年2月8日在互动平台表示,公司的智能数据采集终端及专用打印机产品已应用于军事物流及军用资产管理等场景。 除此之外, ...

证券代码：002625 证券简称：光启技术 光启技术股份有限公司投资者关系活动记录表 编号：2025-002 | | □特定对象调研 □分析师会议 | | --- | --- | | 投资者关系活动 | □媒体采访 ☑业绩说明会 | | | □新闻发布会 □路演活动 | | 类别 | □现场参观 | | | 其他: | | 参与单位名称 | 中信证券、广发证券、招商证券、中信建投证券、东方证券、 | | | 国泰海通证券、华西证券、长江证券、财通证券、国元证券、 | | | 浙商证券、西部证券、国投证券、南方基金、永赢基金、光大 | | | 保德信基金、上银基金、泉果基金、红土创新基金、东兴基金 | | 等 | 570 位机构及个人投资者 | | 时间 | 2025 年 5 月 8 日 15：30-16：30 | | 地点 | 进门财经 | | 上市公司接待人 | 董事长：刘若鹏博士 | | | 董事兼总经理：栾琳博士 | | | 董事：季春霖博士 | | 员姓名 | 财务总监：奉平桃先生 | | | 董事会秘书：周建林先生 | | | 独立董事：赵琰女士 | | 投资者关系活动 主要内容介绍 | 公司董事 ...

长江商报消息 ●长江商报记者 黄聪 助力我国超材料技术"由0到1"，光启技术（002625.SZ）积极布局低空经济领域。 4月25日，光启技术发布年报，公司2024年实现营业收入15.58亿元，同比增长4.25%；净利润6.52亿 元，同比增长11.77%；扣非净利润6.43亿元，同比增长18.47%。 长江商报记者发现，自2019年开始，光启技术营收、净利已连增6年。 近日，光启技术董事长刘若鹏介绍，历经多年技术沉淀，公司超材料产品融合36类功能、1917项性能指 标，实现全面达标，产品技术应用覆盖了所有新一代航空航天装备。 光启技术表示，公司将继续深耕尖端装备领域，同时积极拓展低空无人机、机器人、智能网联汽车等新 兴应用场景，不断拓宽超材料技术的应用边界，驱动我国超材料产业迈向新高度。 超材料技术壁垒持续夯实 2011年11月，光启技术上市，作为领先的新一代尖端装备的核心供应商，公司深耕超材料尖端装备行 业，近年来业绩持续增长。 4月25日，光启技术发布年报，公司2024年实现营业收入15.58亿元，同比增长4.25%；净利润6.52亿 元，同比增长11.77%；扣非净利润6.43亿元，同比增长18.47 ...

本报讯 （记者李雯珊）近日，光启技术（002625）股份有限公司（以下简称"光启技术"）发布2024年 年报。公告显示，公司2024年营业收入15.58亿元，同比增长4.25%；归属于上市公司股东的净利润6.52 亿元，同比增长11.77%，连续六年实现营收和净利润双增，六年净利润复合增长率超41%。 此外，公司还在产业链布局、产能扩张等多个关键领域全面开花，为未来的持续增长奠定了坚实基础。 为应对接下来批产订单的密集释放，光启技术正积极推进产能扩充工作，并逐步构建起五大超材料生产 基地，形成了覆盖全国的超材料全产业链生态体系。 在原有佛山709基地与洛阳基地的支撑下，光启技术于2024年进一步拓展版图，新设立了株洲905基地、 天津906基地以及乐山106基地。当前，709基地与洛阳基地已实现满负荷生产，株洲905基地一期及天津 906基地一期亦计划于今年7月相继启动生产。这两大基地的投产，不仅标志着光启技术在超材料复杂功 能结构产品生产与研发领域迈出了重要一步，更将有效缓解当前面临的产能交付压力，进一步提升交付 能力和生产效率。 与此同时，光启技术全产业链体系优势进一步凸显。去年，公司继续优化系统架构及算 ...