Core Insights - The Shenzhou 21 mission has successfully completed 60 days in orbit with astronauts Zhang Lu, Wu Fei, and Zhang Hongzhang, who have been engaged in various scientific experiments and maintenance tasks [1] Group 1: Space Science Experiments - Ongoing research in space medicine focuses on the kinematic characteristics of astronauts during long-term missions, utilizing 3D structured light video to collect data on their operational movements [2] - Astronauts are conducting studies on muscle and joint stress during exercise, measuring parameters such as foot pressure and joint kinematics to understand the relationship between different exercise states and muscle-tendon interactions [4] - Brainwave testing projects are being executed, including studies on visual fields and cognitive training, as well as research on the effects of long-term spaceflight on brain function networks [6] Group 2: Maintenance and Health Monitoring - Regular maintenance checks have been performed on the space treadmill and life support systems, along with routine cleaning of the cabin [9] - Environmental monitoring tasks have been completed, including assessments of sound levels, wind speed, and temperature within the spacecraft [9] - Health maintenance activities include routine medical examinations, non-invasive heart function tests, and data collection using traditional Chinese medicine diagnostic tools to support long-term health monitoring of astronauts [9]

Core Viewpoint - Hangzhou is accelerating the development of brain-like intelligence as a key future industry, supported by substantial policy measures aimed at fostering innovation and investment in this field [1][2]. Group 1: Policy Support - The "Measures" outline financial support for brain-like intelligence projects, including a 25% subsidy on actual funding for projects not requiring local matching funds, with a maximum of 5 million yuan per project [2]. - For small and medium-sized technology enterprises with R&D increases over 2 million yuan, a 5% subsidy on the increase is available, capped at 200,000 yuan [2]. - Larger enterprises with R&D expenditures exceeding 500 million yuan can receive a direct subsidy of 300,000 yuan [2]. Group 2: Application Focus - The policy emphasizes application-oriented support, targeting key areas such as personalized medical treatment, intelligent diagnostic assistance, and rehabilitation in healthcare [2]. - In smart applications, priority scenarios include smart homes and security, intelligent transportation and autonomous driving, and robotics [2]. Group 3: Encouragement for Innovation - The policy encourages enterprises to trial new brain-like intelligence products, offering a subsidy of up to 300,000 yuan for the first product sold to non-affiliated parties, based on 10% of sales [3]. - Companies transitioning through various growth stages can receive financial rewards, including 20,000 yuan for first-time registration and additional support for maintaining status over three years [3]. - Recognition as a national or provincial "specialized and innovative" enterprise can yield rewards of up to 1 million yuan and 200,000 yuan, respectively [3]. Group 4: Spatial Layout - The policy outlines a spatial layout for the brain-like intelligence industry, supporting the establishment of a pilot area in Yuhang District and encouraging development in Binjiang and Xiaoshan Districts to create a dual-driven growth model [3].

Core Insights - The Shenzhou-21 crew, consisting of astronauts Zhang Lu, Wu Fei, and Zhang Hongzhang, has been working and living in orbit for nearly two months, with multiple experimental projects underway in the national space laboratory [1] Group 1: Aerospace Medical Experiments - The Shenzhou-21 crew has utilized EEG equipment to gather data for projects such as "Metacognitive Monitoring Research" and "Group Brain Cognition-Emotion Analysis and Regulation," aiding ground researchers in ongoing studies [3] Group 2: Plant Growth Research - The Arabidopsis plant "Xiao Nan" has reappeared in the Wentian experimental module, previously serving as a "teaching assistant" in the "Tiangong Classroom" to help understand plant growth in space. In this mission, it will assist the research team in studying the regulatory networks of plant stem cells [5] Group 3: Microgravity Physics Experiments - The crew has completed the disassembly and replacement of experimental samples in the fluid physics experiment cabinet, changed gas sampling caps in the combustion science experiment cabinet, and performed maintenance on the experimental chamber and axial mechanism electrodes [7] Group 4: Lithium-Ion Battery Research - A project titled "In-Situ Electrochemical Optical Research of Lithium-Ion Batteries for Space Applications" has been initiated, leveraging the expertise of payload specialist Zhang Hongzhang to conduct in-situ optical observations of lithium dendrite growth in a microgravity environment [9] Group 5: Health Maintenance and Equipment Checks - The crew conducted regular maintenance on onboard equipment and upgraded some software. Additionally, they performed medical checks including bone density measurements, electrocardiograms, blood pressure checks, and vision assessments to monitor their health status in orbit [11]

Core Insights - The Shenzhou 21 crew, consisting of astronauts Zhang Lu, Wu Fei, and Zhang Hongzhang, has been working and living in orbit for nearly two months, with various multi-disciplinary experiments being conducted steadily in the national space laboratory [1] Group 1: Space Experiments - In the field of space medicine, the crew has utilized EEG equipment to gather data for projects such as "Metacognitive Monitoring Research" and "Group Brain Cognition-Emotion Analysis and Regulation," aiding ground researchers in ongoing studies [1] - The "Little South" plant, previously featured in the "Tiangong Classroom," is assisting the research team in studying the regulatory molecular network of plant stem cells during this mission [1] - The crew has completed the disassembly and replacement of experimental samples in the fluid physics experiment cabinet, as well as maintenance tasks in the combustion science experiment cabinet [1] Group 2: Health Monitoring - In terms of health maintenance and assurance, the astronauts have conducted daily physical exercises along with medical checks including bone density measurement, electrocardiogram and blood pressure checks, and visual function assessments to comprehensively monitor their health status in orbit [2]

Group 1 - The Shenzhou 21 crew, consisting of astronauts Zhang Lu, Wu Fei, and Zhang Hongzhang, has been working and living in orbit for nearly two months, with multiple experimental projects underway in the national space laboratory [1] - In the field of aerospace medicine, the crew has utilized EEG equipment to gather data for projects such as "Metacognitive Monitoring Research" and "Group Brain Cognition-Emotion Analysis and Regulation," aiding ground researchers in ongoing studies [1] - The crew has conducted regular maintenance on onboard equipment and upgraded some software, while also performing health checks including bone density measurement, electrocardiogram, blood pressure checks, and vision function assessments to monitor their health status in orbit [9] Group 2 - In the Wentian experimental module, the plant Arabidopsis thaliana, referred to as "Little Nan," has reappeared, assisting the research team in studying the molecular network of plant stem cell regulation [3] - The crew has completed the disassembly of complex fluid experiment modules in the fluid physics experiment cabinet and replaced experimental samples, as well as conducted maintenance on the combustion science experiment cabinet [5] - A project focusing on the in-situ electrochemical optical research of lithium-ion batteries has been initiated, leveraging the expertise of payload specialist Zhang Hongzhang to conduct optical observations of lithium dendrite growth in a microgravity environment [7]

Core Insights - The Shenzhou-21 crew, consisting of astronauts Zhang Lu, Wu Fei, and Zhang Hongzhang, has been working and living in orbit for nearly two months, with multiple experiments ongoing in the national space laboratory [1] Group 1: Space Medicine Experiments - The crew has utilized EEG equipment to gather data for projects such as "Metacognitive Monitoring Research" and "Group Brain Cognition-Emotion Analysis and Regulation," aiding ground researchers in their ongoing studies [3] Group 2: Plant Growth Research - The plant "Xiao Nan" has reappeared in the Wentian experimental module, previously serving as a "teaching assistant" in the "Tiangong Classroom" to help understand plant growth in space. In this mission, it will assist the research team in studying the regulatory networks of plant stem cells [5] Group 3: Microgravity Physics Experiments - The crew has completed the disassembly and replacement of experimental samples in the fluid physics experiment cabinet and has also changed the gas sampling cap in the combustion science experiment cabinet. Additionally, they performed sample cleaning and replacement in the containerless experiment chamber [7] Group 4: Lithium-Ion Battery Research - A project focusing on "In-situ Electrochemical Optical Research of Lithium-Ion Batteries for Space Applications" has been initiated, leveraging the expertise of payload specialist Zhang Hongzhang to conduct optical observations of lithium dendrite growth in microgravity [9] Group 5: Equipment Maintenance and Health Monitoring - The crew conducted regular maintenance on onboard equipment and upgraded some software. They also performed medical checks, including bone density measurements, ECG and blood pressure checks, and vision assessments to monitor their health status in orbit [11]

Core Viewpoint - The article highlights the evolution of the World Internet Conference in Wuzhen, showcasing the transition from established internet giants to emerging innovators, referred to as the "Six Little Dragons," who are reshaping the landscape of China's hard technology sector [1][5]. Group 1: The Rise of the "Six Little Dragons" - The "Six Little Dragons" have redefined the investment logic in China's hard technology landscape through their entrepreneurial journeys, marking a significant shift in focus from internet-based models to AI and hard-core innovation [2][4]. - The founders of the "Six Little Dragons" are primarily young grassroots entrepreneurs, representing a new wave of innovation that emphasizes self-research, global market engagement, and a long-term perspective [4][7]. - The transition from established internet leaders to these new innovators signifies a broader change in China's technological focus, moving from "traffic-based innovation" to "technology-driven solutions" [4][5]. Group 2: Challenges and Growth - The entrepreneurial paths of the "Six Little Dragons" were fraught with challenges, including initial product imperfections and skepticism from the industry, which ultimately drove them to improve their offerings [3][4]. - The analogy used by Wang Jian, an academician, compares startups to children that grow and improve over time, emphasizing the importance of perseverance and continuous innovation in entrepreneurship [3][4]. Group 3: Impact of AI on Traditional Industries - The integration of AI technology into various sectors is revitalizing traditional industries, as demonstrated at the Wuzhen conference, where AI is being utilized for cultural heritage preservation and early disease detection [4][5]. - The conference serves as a platform for showcasing how AI can enhance existing industries, indicating a significant shift in how technology is applied across different fields [4][5].

Core Insights - Psychological assessment devices play a crucial role in psychology research, clinical diagnosis, and counseling, enabling professionals to better understand individual psychological states and characteristics [1][6]. Types of Psychological Assessment Devices - Various types of psychological assessment devices exist, including traditional paper-based questionnaires like the Minnesota Multiphasic Personality Inventory, and modern devices such as EEG equipment that records brain electrical activity [1][3]. - Eye-tracking devices can monitor eye movements to assess visual attention, while physiological multi-channel devices can record multiple physiological indicators like heart rate and blood pressure [3][6]. Accuracy of Psychological Assessment Devices - The accuracy of these devices is influenced by factors such as the technology used and the skill level of the operators. Advanced imaging technologies like fMRI provide high precision but are sensitive to movement [4][5]. - Operator expertise is critical; improper setup or execution can lead to measurement errors, and environmental factors like noise can also affect results [4][5]. Application Scope of Psychological Assessment Devices - These devices have a wide range of applications, including educational assessments to identify students' learning difficulties, corporate employee evaluations, and clinical diagnostics for mental health disorders [6][7]. - In the judicial field, they can be used for psychological evaluations of suspects, and in sports, they assist athletes in mental conditioning [6][7]. Contribution to Research - Psychological assessment devices provide objective data for psychological research, aiding in the understanding of cognitive processes and validating psychological theories [7][8]. - They facilitate cross-cultural studies, enhancing the international development of psychology by comparing psychological differences across cultures [7][8]. Market Outlook for Psychological Assessment Devices - The market for psychological assessment devices is expected to grow significantly due to increasing awareness of mental health, with rising demand from counseling services, educational institutions, and corporate sectors [10][11]. - Companies like Jiuchen Psychology are innovating with products such as psychological cloud platforms and intelligent emotional release devices, aligning with market needs [10][11]. Future Development Trends - Future trends in psychological assessment devices include advancements in smart technology, portability, and integration of multiple functions into single devices [11]. - The development of virtual reality and artificial intelligence technologies will enhance user experience, providing more personalized psychological assessments and interventions [11].

Core Insights - The Shenzhou-20 astronaut crew is making steady progress in various space science experiments within the national space laboratory [1] Group 1: Space Science Experiments - The crew is conducting multiple projects in the field of space medicine, including studies on visual fields and executive function training [3] - Experiments related to microgravity's impact on cognitive relationships and the dynamics of astronaut trust in AI assistants are being carried out [3] - The crew performed vascular ultrasound examinations to explore blood flow patterns in a microgravity environment [5] Group 2: Equipment Maintenance and Health Assurance - Routine maintenance tasks such as checking the regenerative life support system and environmental monitoring have been completed [6] - The crew is actively engaged in health maintenance activities, including quality measurements and hearing tests, as well as physical exercise to counteract the physiological effects of microgravity [8] Group 3: Human Factors Research - The crew is conducting in-orbit tests on the changes in operational force under typical long-duration postures, analyzing differences in push-pull and rotational forces [7] - Preparations for future experiments in space life sciences are underway, including the installation and testing of a universal biological culture module [7]

Group 1 - Artificial intelligence (AI) is rapidly transforming productivity across various industries, with Beijing emerging as a leading hub, housing over 40% of the nation's top AI talent and surpassing 2,400 AI companies by 2024, contributing nearly 350 billion RMB to the core industry scale [1][3] - The city has established 132 large models that have been approved for use, accounting for nearly 40% of the national total, and has set up 23 key laboratories and 4 new research institutions in the AI sector [3][8] - The Beijing AI industry investment fund has invested in 29 companies, totaling 2.8 billion RMB, with over 30% of these being early-stage firms, demonstrating a commitment to long-term support for the industry [7][8] Group 2 - The rapid advancements in AI technology are exemplified by the ability to simulate entire rocket engine processes and generate visual images from brain signals, showcasing the potential of AI in various applications [2][4] - The establishment of innovative research institutions like the Zhiyuan Research Institute has led to the development of internationally leading AI technologies, with a focus on flexible management and collaboration across disciplines [4][5] - The Beijing government has implemented policies to foster an AI ecosystem, including a 20 billion RMB city-level AI investment fund and initiatives to cultivate top talent in the field [8][9]