Group 1 - The core viewpoint of the articles highlights the successful development of a miniaturized quantum communication prototype that can receive signals from tens of kilometers away, providing a new communication method for military operations in challenging environments [1][2] - The current military communication methods face challenges in mountainous and canyon areas, where traditional systems often fail to maintain connectivity. The new quantum communication technology aims to overcome these limitations by offering long-range and strong penetration capabilities [1] - The development team has innovated a new signal reception mechanism, reducing the size of the receiving array to centimeters and the overall weight of the device to below 3 kilograms, making it suitable for individual soldiers to carry for emergency deployment [1] Group 2 - The center responsible for this development emphasizes the integration of operational needs with technological advancements, focusing on the application of cutting-edge technologies like quantum information in military communications [2] - The organization is working on over 20 functional topics to enhance combat effectiveness and support capabilities, aligning with the military's core competency development goals [2] - Future developments in quantum-based communication, computing, and detection devices are expected to transition from laboratory settings to practical military training environments, potentially leading to a new generation of equipment that enhances the military's network and information capabilities [2]

Core Insights - The research team led by Professors Zhang Junjie and Tao Xutang from Shandong University has achieved a significant breakthrough in nickel-based superconductors, developing a new material that sets a record for the highest superconducting transition temperature (Tc) in this category at 96K (-177.15℃) [1][2] Group 1: Research Breakthroughs - The newly developed nickel-based superconductor surpasses previous records, with the highest Tc now at 96K, compared to the previous maximum of 83K (-190.15℃) [1] - The research was published in the international journal "Nature," highlighting its importance in the field of high-temperature superconductors [1] Group 2: Methodology and Innovations - The team introduced a novel method called "atmospheric pressure flux method," utilizing potassium carbonate as a flux to grow single crystals at atmospheric pressure, which reduces costs and enhances the feasibility of crystal preparation [2] - A key finding of the research is the correlation between lattice distortion and superconducting temperature, indicating that greater lattice distortion leads to higher Tc [1][2]

记者3日从湖北武汉岱家山科创城获悉，岱家山数字环保传感器中试平台正式投用，标志着岱家山数智 传感产业园开启实体化运行。此前，岱家山数智传感产业加速器已牵头组建湖北省首个"智能传感器产 业链质量技术创新联合体"。 岱家山数智传感产业园是"汉口数字智谷"的组成部分，占地面积57.4亩，总投资2.5亿元。其采用"区属 国企+村改制企业"合作架构，致力于促进科技创新与产业创新融合发展，打造集研发、孵化、生产、 服务于一体的现代化产业园区。 "智能传感器产业链质量技术创新联合体"则整合武汉市各方资源力量，将"标准质量""技术研发""产业 孵化"三大功能模块有机融合。针对技术转化难、产品质量提升难、产业集聚难等痛点，该联合体提 供"家门口"的专业化质量技术支撑，缩短产品研发周期，提升企业核心竞争力。 为此，武汉江岸经济开发投资有限公司与武汉岱家山兴城实业发展有限公司共同出资设立武汉岱家山智 谷科产融合科技发展有限公司（以下简称"智谷科产"），负责岱家山数智传感产业园及配套中试平台运 营工作。 （文章来源：科技日报） 岱家山数智传感产业园聚焦智慧传感、数谷概念等前沿领域，重点吸引人工智能产业链上下游企业入 驻。智谷科产出资 ...

Core Insights - The research team from the Baker Heart and Diabetes Institute in Australia has successfully mapped the complete molecular composition of extracellular vesicles, referred to as "molecular messengers," with unprecedented detail, revealing the contents they carry [1][2] Group 1: Research Findings - The study identified 182 types of proteins and 52 types of lipids that constitute the core structure of extracellular vesicles, utilizing ultra-pure separation techniques combined with multi-omics analysis [1] - Key molecules were discovered that can distinguish extracellular vesicles from other particles in the blood, indicating a breakthrough in understanding the body's molecular communication system [1] Group 2: Clinical Implications - The protein and lipid combinations carried by extracellular vesicles are closely related to the health status of their source cells, with specific molecular features linked to early heart disease risk [2] - The research provides a crucial data foundation for developing blood tests based on extracellular vesicles, potentially allowing for earlier prediction of cardiovascular disease risks through a simple blood draw [2] Group 3: Resource Development - The research team has developed an interactive online resource named EVMap, which is freely accessible to global researchers, integrating complete molecular composition information of extracellular vesicles for sample comparison, mechanism studies, and potential clinical biomarker development [2]

科技日报讯 （记者江耘）记者从浙江大学获悉，中国科学院院士、浙江大学航空航天学院交叉力 学中心主任杨卫团队和中国科学院院士、浙江大学医学院附属邵逸夫医院院长蔡秀军团队，历时3年交 叉研究，阐明了"基于活结的力学传导机制"，并创新性研发出"活结智能缝线（Sliputure）"，成功将其 应用于外科缝合，弥补了机器人手术"力盲"缺陷。该研究成果日前以封面文章的形式发表于国际期刊 《自然》。 历经上千次设计迭代，团队完成了"基于活结的力学传导机制"的程序，并最终成功将这一力学"密 码"稳定地"编织"进外科缝线中，研发出Sliputure。 文章通讯作者、浙江大学航空航天学院交叉力学中心教授李铁风说，Sliputure将力学智能融入外科 缝线，其核心在于给活结预设的打开力，刚好等于缝合某一组织时适宜打死结的力。机械臂搭载的自动 识别与反馈系统检测到活结打开信号，会立即停止打"外科结"的动作，实现"感知—反馈—制动"的闭环 控制。 外科手术中闭合组织时需要缝合打结，但"外科结"普遍是死结，一旦打牢很难调整，非常依赖医生 的精巧施力。文章通讯作者、浙江大学医学院附属邵逸夫医院医师陈鸣宇介绍，在传统开放手术中，医 生的双手 ...

Core Insights - The research team from the Swiss Federal Institute of Technology in Lausanne has developed a new three-dimensional organoid called "Budoid," which exhibits key features of developing limbs, including symmetry breaking and early cartilage formation [1][2] Group 1: Research and Development - The study published in the journal "Science Advances" highlights the importance of chemical signaling between different cell types during the early stages of embryonic development, particularly in limb formation [1] - Previous organoid models focused mainly on mesodermal cells, neglecting the role of the Apical Ectodermal Ridge (AER) and other ectodermal cells in guiding limb formation [2] - The "Budoid" was created using mixed cell populations derived from mouse embryonic stem cells, which naturally formed structures resembling AER, superficial ectoderm, and mesoderm cells, covering all major cell types involved in limb development [2] Group 2: Applications and Implications - "Budoid" provides a novel platform for exploring difficult-to-study areas in embryonic development, such as how cells coordinate behavior, how early structures develop, and how cartilage forms [2] - The implications of this research extend beyond basic science, potentially aiding in congenital disease modeling, testing chemicals that may impair limb development, and advancing regenerative medicine applications [2] - The new stem cell-based approach offers a more ethical alternative to traditional animal experiments in biomedical research, allowing for the reproduction of key embryonic tissue features without the need for large numbers of embryos [3]

Core Viewpoint - The recent launch of the Zhuque-3 rocket by Blue Arrow Aerospace marks China's first attempt at orbital-level recovery verification for reusable rockets, despite the failure of the first stage recovery during landing, highlighting the challenges and complexities involved in rocket recovery technology [1][2]. Group 1: Launch and Recovery Challenges - The Zhuque-3 rocket successfully completed its flight mission, with the second stage entering the designated orbit, but the first stage experienced an abnormal burn during landing, resulting in a failed recovery test [1]. - The recovery of rockets is highly complex, requiring perfect coordination of sensors, grid fins, flight control algorithms, and variable thrust engines, with many issues only becoming apparent during real flight tests [1]. Group 2: Comparison with Global Peers - Compared to the United States, China's commercial space industry is relatively new and has a weaker technological foundation; however, the progress in developing reusable rockets is commendable [2]. - SpaceX, founded in 2002, took 13 years to master rocket recovery technology, while Blue Origin, established in 2000, achieved success with its New Glenn rocket 25 years later; in contrast, Blue Arrow Aerospace, founded in 2015, has already entered the orbital recovery testing phase with the Zhuque-3 [2]. Group 3: Industry Environment and Public Perception - The commercial space sector is an important complement to the national space team, characterized by efficiency, flexibility, low costs, and a willingness to take risks; fostering an environment that embraces failure is crucial for its development [2]. - Following the failure of the Zhuque-3 recovery test, social media reactions were largely supportive and encouraging, reflecting a public understanding of the risks associated with commercial space endeavors and confidence in national technological progress [2].

Core Viewpoint - The "Star Eye" space perception constellation plan by Xingtou Measurement and Control Technology Co., Ltd. aims to provide innovative solutions for space traffic management and establish a new model for space management services [1][2]. Group 1: Industry Context - The current era is marked by unprecedented activity in space, with a rapid increase in global satellite launches and the deployment of large-scale constellations, indicating a new phase of growth in commercial space [1]. - The increasing congestion in orbital space poses significant challenges, including a surge in space debris and heightened collision risks, threatening the sustainable development of the space environment [1]. Group 2: Company Initiative - The "Star Eye" space perception constellation consists of 156 satellites designed to create a global, responsive near-Earth orbit monitoring network [2]. - The company plans to launch 2 experimental satellites in the first half of 2026, followed by 10 engineering satellites in 2027, with additional enhancement and comprehensive satellites to be launched subsequently [2]. - Utilizing the company's independently developed "Observer" space information analysis platform and the space management service platform "Space Cloud," "Star Eye" will track, determine orbits, and catalog on-orbit satellites, monitor space debris, analyze satellite orbit data, and predict collision risks, thereby providing precise and efficient space traffic management data services [2].

Core Viewpoint - The article discusses the prevalence of static electricity during winter and evaluates various popular methods claimed to alleviate static issues, emphasizing the scientific validity of these methods. Group 1: Static Electricity and Its Causes - Static electricity is generated from the transfer of electric charges due to friction and contact between different materials, leading to charge accumulation on surfaces [1] Group 2: Effectiveness of Anti-Static Wristbands - Anti-static wristbands can effectively dissipate static electricity if they are grounded; those without grounding do not provide significant benefits [2][3] - Grounded anti-static wristbands consist of conductive contact points, current-limiting resistors, and grounding wires, allowing static charges to be safely transferred to the ground [2] Group 3: Misconceptions About Common Remedies - The claim that a dry battery can neutralize static electricity is scientifically invalid, as the charges within a battery are fixed and cannot be released without a circuit [4] - The perceived reduction of static when rubbing a battery on clothing is due to a brief discharge of static through the battery's metal casing, not from the battery itself [5][6] Group 4: Moisturizing Methods and Their Limitations - Using body lotion on clothing can reduce static due to its moisture-retaining properties, but it has limitations such as potential staining and short-lived effectiveness [7] - The method is not recommended as a primary anti-static solution due to its drawbacks [7] Group 5: Recommended Anti-Static Solutions - To effectively reduce static electricity, it is advised to maintain indoor humidity levels between 40% and 60%, choose natural fiber clothing, and ensure skin moisture through regular application of lotions [8]

近期"频繁被静电电到会让身体中的钙加速流失"的说法在社交平台被广泛传播，引发公众担忧。 "人们接触静电时感受到的触电感，本质是瞬时电流刺激皮肤表面神经末梢产生的反应。"王建华 说，这种电流的能量远不足以破坏人体细胞结构，更无法影响人体内钙元素的存在状态和代谢过程。 人体中99%的钙以羟基磷灰石结晶形式沉积在骨骼和牙齿中，构成坚硬的组织架构；剩余1%的钙 存在于血液、细胞液等体液中，参与神经传导、肌肉收缩等生理过程。这两种形式的钙均具有稳定的存 在状态，不会因体表静电而发生性质或数量的改变。 "静电既无法分解骨骼中的羟基磷灰石，也不能改变体液中钙离子的浓度，更不会干扰人体调控钙 代谢的生理机制。"王建华说，钙流失源于人体内钙的"收支失衡"，主要有以下三大原因：一是摄入不 足，如日常饮食中钙元素摄入匮乏；二是吸收障碍，如缺乏维生素D影响钙的吸收利用；三是排泄过 多，如骨代谢失衡导致破骨细胞异常活跃、肾脏疾病引发钙排泄异常等。 对此，天津泰达医院骨科主任医师王建华明确表示，静电与人体钙流失之间没有任何科学关联，迄 今为止国内外专业期刊均无相关实证性报道，该说法完全是无稽之谈。 人被静电电到的本质，是物体表面积聚的静 ...