在绿色能源领域，中新建电力集团一五〇团"光伏＋防沙治沙"及生态农业工程项目，采用"林光互 补""草光互补"创新模式，在光伏板间隙种植沙棘、枸杞等植被，构建防风固沙生态体系。该项目已顺 利送电，预计年提供绿色电力约1.5亿千瓦时，减少碳排放约7.8万吨，实现生态与经济效益双赢。 在农业科技创新方面，新疆天业集团蘑菇湖现代节水农业示范基地引入智能打顶机器人，融合三维重 建、AI规划等技术，精准完成棉花摘顶作业；自主研发的"暗管排水控盐"技术，有效破解盐碱地种植难 题。基地还广泛应用节水灌溉技术，依托大数据平台提升农业生产效率，成为兵团现代农业的典范。 石河子市持续加码政策支持，出台"科技创新十条"，对科技成果转化项目最高奖励500万元，设立10亿 元产业基金支持龙头企业发展。经开区修订《关于加快推进石河子国家自主创新示范区建设的若干政 策》，加大人才引育力度，设立"人才发展专项资金"，赋予人才管理自主权，为创新人才提供子女就 学、医疗服务等绿色通道。 从昔日屯垦戍边的垦区，到今日科技创新的高地，石河子市用产业与智慧的交融，在亚欧大陆腹地书写 着新时代的产业传奇。当"一带一路"的春风拂过新疆广袤的土地，这颗戈壁明珠 ...

中国发展网讯5月30日，由山东省科技厅指导，山东省创新发展研究院、山东大学、山东人才集团等共 同主办，山东科技大市场、山东大学微生物改造技术全国重点实验室、山东人才投资有限公司等联合承 办的"山东大学微生物改造技术全国重点实验室专场活动"在山东科技大市场成功举办。 山东省科技厅党组成员、山东省创新发展研究院党组书记、院长刘峰，山东大学科学技术研究院常务副 院长胡大伟，山东大学青岛校区副校长、山东大学微生物技术研究院院长李盛英出席活动并致辞。山东 国投公司党委副书记，山东人才集团党委副书记、董事、总经理杨光军，济南市科技局党组成员、副局 长吕家亮，山东产权交易集团党组委员、副总经理彭利民，山东省工业技术研究院副院长孟凯等领导出 席活动。 会上，山东大学的九项重大科技成果进行了发布路演，山东科技大市场及大市场线上平台、山东人才科 创投融资导航平台、山东省科融信平台运营单位负责人介绍了平台有关情况。会前，与会人员参观了山 东科技大市场展陈区、业态区。 本次活动邀请了省内各市科技局、高新区、农高区相关负责人和生物制造企业、生物医药企业技术成果 需求方和金融机构代表等130余人参会，旨在搭建校企、校地产学研合作交流的高 ...

Group 1 - The Ministry of Industry and Information Technology, along with several other government bodies, has issued an implementation opinion to accelerate the high-quality development of the technology service industry, emphasizing the importance of technology transfer and industrialization to support innovation [1] - Technology transfer is identified as a crucial link between innovation and industry, necessary for realizing the value of innovations and contributing to the development of a modern industrial system [1][2] - Various regions are implementing measures to facilitate technology transfer, such as establishing parks and promoting innovative application scenarios [1] Group 2 - Universities are recognized as significant sources of technological breakthroughs, with a high percentage of national science awards attributed to them, yet many innovations remain uncommercialized [2][3] - Jiangsu Province's Yixing City has developed a model leveraging top talent to drive industrial development, with new provincial academician workstations established to enhance collaboration between academia and industry [3] Group 3 - Shanghai Jiao Tong University has created a technology transfer service team to assist faculty in commercializing research, while Zhejiang University collaborates with local governments to establish dedicated teams for technology transfer [4] - The University of Science and Technology of China has introduced a new model for technology transfer that simplifies approval processes and attracts more social capital, resulting in significant increases in technology transfer outcomes [5] Group 4 - The government is actively working to improve technology transfer efficiency, as outlined in the "Education Strong Nation Construction Plan Outline (2024-2035)" [6] - A collaborative model involving government coordination, technical contributions from universities, and implementation by enterprises is emerging as a new approach to facilitate technology transfer [6] Group 5 - The establishment of the Yixing Food and Biotechnology Research Institute has revitalized an innovation park, focusing on developing future food and biotechnology industries [7][8] - The research institute has attracted significant investment and aims to create a comprehensive support system for technology transfer from research to application [8] Group 6 - DeRong Technology has achieved a breakthrough in flexible thin-film solar cell efficiency, marking a significant advancement in high-efficiency photovoltaic technology [9][10] - The company has successfully reduced production costs and improved yield rates through innovative manufacturing techniques, positioning itself as a leader in the renewable energy sector [9][10] Group 7 - The integration of academic research and industry practices has been crucial for companies like Zhongchao Aerospace Precision Casting Technology Co., which has achieved significant advancements in high-temperature alloy precision casting through collaboration with Shanghai Jiao Tong University [10]

杨德才还分析称，该法专门对民营企业及企业家合法权益保护做出明确规定，特别强调要严惩通过互联 网恶意污蔑、诽谤民营企业和企业家的行为，为舆论环境的优化提供法律依据。此外，"市场准入负面 清单"和"公平竞争审查制度"被纳入《民营经济促进法》，明确所有市场主体在负面清单以外领域"非禁 即入"，坚决破除隐性壁垒。正如杨德才所言，"通过法律手段重构民营经济发展生态，真正让民营经济 吃上'定心丸'。" 西蒙则特别强调，该法最关键的是"产权保护(包括知识产权)"，以及"明确的金融规则"，例如让民营企 业知道如何获取融资、怎样进行外汇结算，从而在国内外市场中畅通无阻。他指出，"信心才是驱动商 业投资和企业成长的根本动力，只要对未来充满信心，就会有更多民营企业蓬勃涌现。" 经济引擎：驱动增长新动能 中新网北京5月31日电 题：吃下"定心丸"，中国民营经济迈入新阶段 作者 陈天浩 陈彩霞 近日，《中华人民共和国民营经济促进法》(以下简称《民营经济促进法》)正式施行。作为中国第一部 专门关于民营经济发展的基础性法律，它的实施将对中国民营企业以及世界经济发展产生何种影响？在 中新网新一期"中外对话"节目中，全国政协委员、南京大学民营 ...

Core Viewpoint - The latest statistics from the Ministry of Natural Resources indicate that China's marine GDP reached 2.5 trillion yuan in the first quarter of this year, reflecting a year-on-year growth of 5.7%, highlighting the accelerated construction of a modern marine industry system [1] Group 1: Marine Economic Development - China's marine economy has shown significant high-quality development, with the added value of emerging marine industries expected to grow by 7.2% in 2024, surpassing the overall marine GDP growth by 1.3 percentage points [2] - The number of automated container and bulk cargo terminals has reached the highest in the world, with operational efficiency at automated terminals maintaining a global lead [2] - The usage rate of clean energy in international hub ports has exceeded 60%, and the market share for new green ship orders has reached 78.5% [2] Group 2: Policy and Innovation - A joint guideline issued by the Ministry of Natural Resources and five other departments aims to promote the large-scale utilization of marine energy, focusing on resource potential assessment, technological innovation, open cooperation, and policy measures [2] - Guangdong Province has established the Greater Bay Area Marine Energy Innovation Alliance, exploring innovative models for marine energy development [2] Group 3: Technological Innovation - The development plan for marine technology emphasizes addressing real demands, focusing on key areas such as polar energy, bioresource development, clean energy for ports, high-end marine equipment, and marine biomedicine [3] - A mechanism for integrated development of production, education, research, and application is being established to enhance the proportion of marine technology R&D projects in fiscal spending [3] Group 4: Industry Structure - Traditional industries are being upgraded through the integration of digital technologies such as IoT, big data, AI, and virtual simulation, particularly in marine oil and gas, shipbuilding, transportation, and fisheries [3] - The development of strategic and leading emerging industries is being promoted, including offshore wind power, deep-sea engineering equipment manufacturing, marine pharmaceuticals, and new marine materials [3] Group 5: Talent Development - Strengthening the talent cultivation and recruitment mechanism in marine sectors, implementing interdisciplinary training plans, and collaborating with national laboratories and leading tech enterprises to develop marine technology experts [4] - International cooperation is being enhanced through the establishment of overseas educational institutions and joint research efforts, with a focus on attracting marine technology innovation talents and seafarers [4]

中国科学院院士芮筱亭长期坚持以国家需求为己任，带领团队持续推动机械系统领域科技攻关、科 学普及和产业转化，提升我国装备设计制造水平。周红波来到南京理工大学，同芮院士亲切交谈，向他 表示问候和敬意，并详细询问科研进展和需要支持解决的事项。他表示，两院院士和科技领军人才是高 水平科技自立自强的关键支撑，是培育发展新质生产力的重要力量。当前，党和国家事业对高水平科技 人才的需求比以往任何时候都更加迫切，我们要认真落实新时代人才强国战略，完善人才服务保障机 制，让南京尊重人才、爱护人才、成就人才的氛围更加浓厚，更好支持广大科学家和科技工作者创新创 造，多出战略性关键性重大科技成果。 5月30日，第九个全国科技工作者日，市委书记周红波深入在宁高校和科研院所，走访慰问院士专 家，寄语全市广大科技工作者牢记习近平总书记殷切嘱托，大力弘扬科学家精神，落实党中央科技创新 重大决策部署，为加快实现高水平科技自立自强贡献更多智慧和力量。中国工程院院士、南京理工大学 校长付梦印，市委副书记李佰平参加。 在中国电子科技集团公司第五十五研究所，周红波走访慰问南京市"科技之星"、中国电科集团首席 专家柏松，并与党委书记陶洪琪深入交流，对五 ...

Group 1 - The 2025 Qingdao Science and Technology Activity Week was officially launched with the theme "Innovation-Driven Development, Technology Leading the Future" [1] - The project team led by Professor Xiao Leyi from Shandong Yanding Holding Group was recognized for their breakthrough achievements in tumor early screening, successfully selected as a leading talent team in Qingdao [1][3] - The evaluation of leading talent teams focused on key areas such as new generation information technology, high-end equipment, and biomedicine, aiming to select core forces that can break through key technologies and promote industrial upgrades [3] Group 2 - Under the strategic layout of Chairman Liu Yuanzhu, Yanding Group has established a talent cultivation system that integrates both introduction and training [5] - The project team has formed a cross-disciplinary innovation consortium by integrating expertise in biomedical engineering, microfluidic technology, and multimodal medical big data [5] - The group has established collaborations with various universities and research institutions, creating multiple research platforms to enhance public health and clinical research capabilities [5] Group 3 - Professor Xiao Leyi has extensive experience in the field of genetics and microfluidic chips, having led four national-level research projects and published 48 papers [7] - The team focuses on the research and industrialization of liquid cell pathology biopsy technology, aiming to develop equipment and reagents with independent intellectual property rights and stable quality [7][8] - The project aims to enhance the early detection rate of tumors, reduce medical expenses for the public, and support the construction of a healthy China and high-quality urban economic development [8] Group 4 - Yanding Group plans to continue deepening its "talent-driven enterprise" strategy through a collaborative innovation model that integrates industry, academia, research, and medicine [10] - The goal is to create a comprehensive industrial chain ecosystem covering tumor early screening, precise diagnosis, and personalized treatment, injecting new technological momentum into the construction of a healthy China [10]

Core Insights - The establishment of the wheat technology center in Xiaomeng Town represents a significant shift from traditional farming to modern, technology-driven agriculture, enhancing efficiency and productivity in wheat cultivation [1][2][3] Group 1: Agricultural Innovation - The Xiaomeng Town wheat technology center integrates research, education, and practical application, creating a full industrial chain for grain production [1][2] - Advanced wheat varieties such as Nongda 753, Nongda 761, and Shan Nong 116, along with innovative farming techniques, have contributed to a total grain output of over 130 million jin annually in Xiaomeng Town [2] - The center has developed various water-saving and nitrogen-efficient cultivation techniques, promoting sustainable agricultural practices [2][3] Group 2: Economic Impact - The technology center has enabled farmers to increase their income by over 100 yuan per mu through improved grain storage and drying solutions [2] - A complete industrial chain has been established, encompassing seed cultivation, large-scale planting, drying, storage, and order-based purchasing, providing financial stability for farmers [2] - The center has trained over 500 new professional farmers, facilitating the adoption of modern agricultural technologies and practices [2] Group 3: Technological Advancements - The use of tractors equipped with Beidou navigation systems for wheat sowing has improved land utilization and reduced labor intensity [3] - The transition from traditional to smart farming is being driven by the integration of cutting-edge technologies, enhancing overall agricultural productivity [3] - The strategy of "storing grain in the land and technology" is being effectively implemented in the fields, promoting a sustainable agricultural future [3]

Group 1 - The core idea of the news is the establishment and development of "Science and Technology Small Courtyards" in Hainan, which play a crucial role in rural revitalization and agricultural innovation [2][3] - Since 2021, Hainan has established 136 Science and Technology Small Courtyards, including 83 national-level and 53 provincial-level, focusing on integrating government, industry, academia, research, and application [2] - The construction of these small courtyards is guided by the needs of local agricultural industries, addressing farmers' production issues to enhance productivity and efficiency [2] Group 2 - Specific examples of success include the Changjiang Fresh Food Soybean Technology Small Courtyard, which achieved a yield of 1860 pounds per mu using smart water and fertilizer integration technology, an increase of 560 pounds or 43% compared to traditional methods [2] - The Dongfang Rural E-commerce Technology Small Courtyard has trained over 30 local e-commerce hosts, successfully creating regional public brands like "Dongfang Weimei," resulting in over 15% premium on agricultural products [2] - The Lingshan Pineapple Technology Small Courtyard has successfully introduced "Lingao Pineapple" into high-end markets, with prices surpassing imported products [2] Group 3 - The platform of Science and Technology Small Courtyards has enabled more university faculty and students to engage directly in agricultural practices, contributing significantly to rural revitalization [3] - The Ledong Dragon Fruit Technology Small Courtyard developed a "soil testing and fertilization" integrated solution, increasing yield by 10% and reducing fertilizer costs by 15% [3] - Currently, over 220 mentor teams and more than 250 graduate students are involved in these small courtyards, with students spending over 120 days annually in agricultural science communication [3] Group 4 - Future plans include continued support for the development of Science and Technology Small Courtyards, implementing a cluster development strategy focused on key industries such as seed breeding, deep-sea aquaculture, and tropical fruits [4] - The aim is to create multiple clusters of small courtyards and innovate the "small courtyard+" integration model to broaden the scope of talent cultivation, technological innovation, and service functions [4] - This initiative is designed to better serve the development of Hainan's rural areas and the construction of the free trade port [4]

Core Insights - The collaboration between Zhongshan Industrial Technology Research Institute and various universities has led to the establishment of a robust innovation ecosystem, resulting in the incubation of 223 technology companies and nearly 100 projects at the municipal level [2][4]. Group 1: Company Developments - Audo Technology, a company focused on automotive intelligent core components and vehicle networking, has grown its annual output value from 200 million yuan to an expected 800 million yuan this year [3]. - Precision Optical Technology Co., Ltd. has developed an intelligent optical fiber early warning system for safety monitoring in engineering projects, gaining market recognition [3]. - Guangdong Jingcui Biotechnology Co., Ltd. produces natural plant surfactants for various cleaning products, with an annual output of approximately 400 tons and over 200 clients [5]. - Guokai Ruino (Zhongshan) Biotechnology Co., Ltd. has developed water-soluble chitosan technology to address chronic wound issues, with an expected annual output value exceeding 80 million yuan [6]. - 聚云软件科技有限公司 has established a bridge collision warning monitoring center, addressing safety concerns in the shipping industry [7]. - Guangdong Zhengde Material Surface Technology Co., Ltd. has developed advanced nano-composite surface coating materials, achieving import substitution and securing 20 million yuan in angel round financing [8][9]. Group 2: Innovation and Support Mechanisms - The establishment of a market-oriented research institute platform has facilitated deep integration of industry, academia, and research, with over 200 scientists engaged in various projects [4]. - Continuous financial support from Zhongshan's technology bureau has been crucial for the growth of innovative enterprises, with policies updated to enhance the incubation system [6]. - The collaboration between scientists and entrepreneurs has proven effective in transforming scientific achievements into marketable products, thereby bridging the gap in technology commercialization [9].