2025届高三英语二轮复习时文阅读精粹：中国经济与科技前沿探秘（第四辑）

高中英语时文阅读精粹：中国经济与科技前沿探秘（第四辑） 016 The Rise of "Emotional Economy 情绪经济”打开消费新空间 In today’s fast-paced world, young people are turning to creative products like "Relaxing Pine" decorations, "Lucky Orchid" plants, and stress-relief toys to ease anxiety and seek comfort. This trend, known as the "emotional economy," reflects a growing desire to spend money on items that provide emotional value rather than practical use. According to a 2024 report by MobTech Research Institute, over 40% of young consumers prioritize emotional satisfaction when making purchases. For example, blind box toys, such as the Nezha: Birth of a Demon series priced at 69 yuan, sell over 100,000 units monthly. Fans eagerly collect these items, finding joy in the surprise of unboxing them. Similarly, themed experiences like escape rooms in Changsha or limited-edition plush toys in Hangzhou attract crowds seeking fun and stress relief. Experts explain that emotional consumption is driven by the need to cope with modern pressures and loneliness. Products like AI companions, dubbed（戏称）"digital best friends," offer private emotional support through chat services. However, while these innovations meet emotional needs, they also raise concerns. Users complain about hidden costs in virtual services, and some stress-relief toys lack safety certifications, causing health issues like dizziness. Regulating this new market poses challenges. Cities like Jinan have launched campaigns to inspect toy quality, while authorities issued guidelines to standardize blind box sales. The Fujian Consumer Council urges clearer laws to define legal boundaries for emotional products. Platforms are also advised to strengthen reviews of sellers and services. Looking ahead, balancing innovation and safety is key. Professor Shen Yang from Tsinghua University suggests setting content standards for AI companions to prevent misuse of personal data. As the emotional economy grows, collaboration among governments, businesses, and consumers will ensure it develops healthily, offering both comfort and reliability. 61. What is the main focus of the article? A. The decline of traditional consumer markets. B. The role of AI in solving loneliness among youth. C. The growth of purchasing driven by psychological needs. D. The health risks caused by unsafe industrial products. 62. According to the report by MobTech Research Institute, what percentage of young consumers value emotional satisfaction most? A. Less than 30% B. Approximately 40% C. Over 50% D. Nearly 70% 63. What is a major concern raised by emotional economy products? A. High production costs reduce profits. B. Virtual services lack entertainment value. C. Some items may harm users’ well-being. D. Traditional markets face unfair competition. 64. What solution does Professor Shen Yang propose for AI companions? A. Banning their use to protect privacy. B. Creating strict content rules and transparent algorithms. C. Encouraging users to share more personal data. D. Reducing prices to attract wider audiences. 017 China Achieves New Milestone in Quantum Supremacy with "Zuchongzhi-3" “祖冲之三号”问世！中国再创全球量子计算优越性里程碑 Chinese scientists have recently developed the world’s most advanced superconducting quantum computer, named Zuchongzhi-3, marking a breakthrough in global quantum computational advantage. As reported by Physical Review Letters on March 3, this 105-qubit prototype demonstrates unparalleled processing speed, outperforming the fastest classical supercomputers by a quadrillion-fold in solving specialized tasks. The achievement underscores China’s leading role in the race toward next-generation computing technologies. The Zuchongzhi-3 system, engineered by researchers from the University of Science and Technology of China (USTC), comprises 105 functional qubits and 182 interconnected units. In benchmark tests, it completed a complex “quantum random circuit sampling” task involving 83 qubits across 32 layers, surpassing even Google’s 2024 superconducting quantum system by a million times. Such advancements validate the feasibility of quantum computers solving problems deemed intractable for classical counterparts, a critical step toward practical applications. Historically, quantum supremacy milestones were set by U.S. and Chinese teams using distinct approaches. In 2019, Google’s Sycamore utilized superconducting circuits, while China’s 2020 Jiuzhang employed photonic quantum technology. With Zuchongzhi-2 in 2021, China became the first nation to achieve supremacy in both superconducting and photonic systems. The latest upgrade solidifies its dominance in superconducting quantum computing, pushing the boundaries of hardware scalability and stability. The development of quantum computing is widely viewed as a three-stage process. The first phase, quantum supremacy, confirms a machine’s ability to outperform classical computers. The second aims to build intermediate-scale quantum simulators capable of solving real-world problems in chemistry or material science. The final stage involves creating error-corrected, programmable universal quantum computers. Zuchongzhi-3 represents a leap toward the second phase, addressing challenges in qubit control and system integration. Looking ahead, the USTC team is accelerating research in quantum error correction, entanglement protocols, and chemical simulations. As nations vie for technological leadership, breakthroughs like Zuchongzhi-3 not only redefine computational limits but also pave the way for transformative innovations across industries, from cryptography to drug discovery. 65.What fundamental capability does Zuchongzhi-3 primarily demonstrate?‌ A. Executing photonic-based parallel computations B. Exceeding classical computers' efficiency quintillion-fold C. Automating error correction through AI algorithms D. Revolutionizing consumer electronics manufacturing 66.Which structural feature is unique to Zuchongzhi-3 compared to historical systems?‌ A. Hybrid integration of optical and superconducting components B. Modular architecture with 182 coupling qubits C. Implementation of room-temperature operational design D. Utilization of biological quantum storage units 67.How does Zuchongzhi-3 advance quantum computing's developmental timeline?‌ A. Finalizing the theoretical framework of quantum mechanics B. Bridging quantum supremacy and practical problem-solving C. Achieving full commercialization of quantum cryptography D. Introducing blockchain-enhanced security protocols 68.What strategic research focus is implied by USTC's ongoing projects?‌ A. Developing quantum-powered entertainment platforms B. Optimizing weather prediction through entanglement models C. Enhancing multi-particle coordination and error resilience D. Creating quantum neural networks for artistic creation 018 The Rise of Low-Altitude Economy: Challenges and Strategies 蓄力助推低空经济高飞 China’s low-altitude economy, encompassing（包含）industries from cargo drones to urban air mobility, is rapidly expanding as airspace regulations relax. State-backed enterprises are driving innovation, with commercial applications now spanning remote areas to densely populated cities. This sector’s growth highlights its potential to reshape logistics, tourism, and emergency services, while signaling vast economic opportunities. Technological advancements in renewable energy, AI, and telecommunications have accelerated the development of low-altitude aircraft. Government support and private investments further fuel progress. According to the Civil Aviation Administration of China, the sector’s market value is projected to reach ¥1.5 trillion by 2025 and ¥3.5 trillion by 2035. Manufacturing for civilian, police, and military aircraft dominates 88% of the industry, forming its core economic pillar. Despite promising prospects, workforce shortages pose critical challenges. Over 1 million drone operators are urgently needed, alongside engineers and maintenance specialists. Regulatory gaps, inconsistent operator training, and safety risks compound these issues. For instance, unregulated flights in crowded zones raise concerns about collisions and data security, demanding immediate policy interventions. To address talent gaps, partnerships between universities and industries are vital. Vocational programs tailored to aircraft design, drone operation, and air traffic management can align education with market needs. Establishing training centers with real-world simulations will cultivate skilled professionals. Such collaborations ensure a steady supply of innovators capable of advancing sustainable growth. Safety remains paramount as air traffic density increases. Cities like Suzhou have pioneered local airspace rules, setting precedents for national standards. Integrating radar systems, 5G networks, and AI-driven monitoring can enhance flight coordination. By balancing innovation with risk management, China aims to build a secure, efficient low-altitude ecosystem for future generations. 69.What constitutes the economic backbone of China's low-altitude sector?‌ A. Logistics optimization through drone delivery networks B. Manufacturing for public service and defense aircraft C. Tourism development in remote mountainous areas D. Renewable energy infrastructure construction 70.Which critical bottleneck hinders industry expansion according to the text?‌ A. Insufficient public awareness of aviation technologies B. Shortage of skilled personnel and regulatory deficiencies C. Limited 5G network coverage in urban centers D. High energy consumption of AI-powered systems 71.What educational approach is prioritized to address workforce challenges?‌ A. International exchange programs with aerospace leaders B. Industry-academia partnerships with practical simulations C. Government-funded postgraduate research initiatives D. Online certification platforms for hobbyist enthusiasts 72.How do pilot cities contribute to national safety standards?‌ A. By implementing localized air traffic control prototypes B. Through mandatory insurance schemes for drone operators C. Via large-scale public demonstration flights D. Establishing free-flight zones for equipment testing 019 ‌Brain-Computer Interface: Turning Thoughts into Actions 脑机接口助“心想事成”‌ A groundbreaking wireless brain-computer interface (BCI) developed by Tsinghua University researchers offers renewed hope for paralyzed individuals. After a decade of research, Professor Hong Bo’s team has enabled three patients with severe spinal cord injuries to regain basic motor functions, such as grasping objects and operating wheelchairs through brain signals. This achievement, presented at the 2025 Zhongguancun Forum, demonstrates how advanced neuroengineering can restore independence to those immobilized for years. By placing electrodes outside the brain’s protective membrane, the team captures neural signals wirelessly, enabling patients to control robotic limbs and wheelchairs through thought alone.‌ The technology distinguishes itself through enhanced safety and reliability. Unlike invasive Western models that risk nerve damage, the Chinese approach positions electrodes non-destructively beneath the skull. A coin-sized device containing 329 micro-components processes neural data via eight physical channels, reconstructing over 100 interpretable pathways through adaptive algorithms. This innovation eliminates traditional risks like immune rejection and electrode displacement while ensuring lifelong functionality without battery replacements. Rigorous safety evaluations supervised by national medical authorities, spanning 1,000+ days and 40+ tests, confirm its readiness for clinical adoption.‌ Clinical scalability remains the next frontier. The team plans to initiate large-scale trials targeting 30–50 implant procedures by late 2025, aiming for global regulatory approval as the first minimally invasive BCI medical device. Future iterations will integrate custom-designed chips to reduce size and weight while improving signal clarity. “An ideal BCI should become invisible in daily life,” Professor Hong emphasized, outlining goals to develop lighter, higher-performance systems that grant users seamless control. With 3–4 million spinal injury patients in China and 80,000+ new annual cases, the societal urgency for such solutions cannot be overstated.‌ Government institutions actively foster assistive technology innovation. Liu Lijun, a senior official from the China Disabled Persons’ Federation, highlighted ongoing national projects integrating BCI with exoskeleton robotics and AI-driven rehabilitation systems. Key initiatives include enhancing athletic performance for Paralympic competitors and developing intelligent assessment tools for elderly care. By channeling resources into disability-focused research, policymakers seek to transform assistive technologies from niche applications into drivers of industrial progress. Liu stressed the Federation’s commitment to strengthening academic-industry collaborations, ensuring scientific breakthroughs translate into tangible societal benefits.‌ The convergence of medical ethics and technological ambition defines this endeavor. While celebrating restored smiles among patients and families, researchers acknowledge challenges in balancing innovation accessibility and long-term safety. Professor Hong’s vision extends beyond physical rehabilitation: “True success lies in empowering individuals to reclaim dignity through technology.” As China positions itself at the forefront of neuroengineering, this project exemplifies how scientific perseverance can redefine human potential, offering a blueprint for global disability-inclusive development. 73. What key advantage does the Chinese BCI approach hold over Western models?‌ A. Utilizing implantable batteries for sustained energy supply B. Avoiding neural tissue destruction through non-invasive placement C. Prioritizing cost reduction over signal accuracy D. Implementing cloud-based neural data processing 74.How does the research team plan to evolve future BCI devices?‌ A. By increasing device visibility for user feedback B. Through material transparency for medical monitoring C. Via size reduction and enhanced signal precision D. Using biodegradable components for eco-friendliness 75.What strategic purpose underlies the 2025 clinical trial expansion?‌ A. To validate AI-driven rehabilitation protocols B. To secure official medical certification globally C. To compare efficacy with photonic interfaces D. To develop military-grade neural encryption 76.Which broader societal transformation does Liu Lijun emphasize?‌ A. Commercializing assistive tech for mass production B. Elevating niche innovations to industrial catalysts C. Standardizing elderly care assessment tools D. Promoting international tech patent sharing 020 The Rapid Rise of Smart Driving Technology 加速普及的智能驾驶 China’s automotive industry is undergoing a transformative shift as smart driving systems become central to market competition. Companies like BYD and Tesla are leading the charge, with BYD’s "Divine Eye" technology now available across models priced from ¥70,000 to ¥200,000. Tesla, meanwhile, has rolled out urban road autopilot features for Chinese users. This race reflects the industry’s focus on intelligent systems as the next frontier, following the earlier push toward electric vehicles. Technological advancements in sensors, AI, and data processing have accelerated smart driving capabilities. Vehicles equipped with lidar, cameras, and radar can now handle tasks like highway navigation and automated parking. China’s 2022 Automated Driving Classification Standard defines six levels (L0-L5), with most current models at L2, requiring constant driver supervision. By mid-2024, over half of new cars sold in China offered L2 features, a figure expected to exceed 65% by 2025. Consumer acceptance is growing but mixed. While 90% of buyers express willingness to pay extra for advanced features like city navigation autopilot (NOA), safety remains a top concern. Executives from companies like Huawei and Xiaomi have showcased these technologies through live-streamed road tests to build trust. However, debates persist over what defines "high-tier" smart driving, with industry leaders stressing the need for clarity between basic assistance and full autonomy. Affordability is key to mass adoption. Previously limited to premium models (¥200,000+), NOA systems are now entering mid-range markets. BYD’s budget-friendly "Divine Eye-C" package and Changan’s plans to equip ¥100,000 cars with lidar signal a push toward accessibility. As costs drop, experts predict smart driving will soon become as standard as airbags, reshaping consumer expectations. Safety and regulation remain critical challenges. Despite progress, fully autonomous vehicles (L4/L5) remain distant. Experts warn drivers to stay alert even when using L2/L3 systems, especially in complex conditions. Calls for stricter safety standards and user education grow louder, emphasizing that technological ambition must not outpace reliability. As competition intensifies, balancing innovation with responsibility will define the industry’s future. 77.What core technological foundation enables current smart driving systems?‌ A. Satellite positioning networks for rural navigation B. Multi-sensor fusion with AI data interpretation C. Hydrogen fuel cells for extended vehicle range D. Blockchain-based traffic data encryption 78.How do manufacturers address consumer safety concerns?‌ A. By offering extended warranty programs B. Through live demonstration of system capabilities C. Via mandatory driver certification courses D. Using psychological surveys to reduce anxiety 79.What strategic shift is driving smart driving affordability?‌ A. Transition from luxury to mid-priced vehicle integration B. Government subsidies for software development C. Partnerships with ride-sharing platforms D. Elimination of hardware redundancy 80.What fundamental limitation persists in existing autonomous systems?‌ A. Inability to process real-time traffic updates B. Dependence on continuous human vigilance C. Excessive energy consumption during operation D. Compatibility issues with 5G infrastructure 学科网（北京）股份有限公司 $$ 高中英语时文阅读精粹：中国经济与科技前沿探秘（第四辑） 016 The Rise of "Emotional Economy 情绪经济”打开消费新空间 In today’s fast-paced world, young people are turning to creative products like "Relaxing Pine" decorations, "Lucky Orchid" plants, and stress-relief toys to ease anxiety and seek comfort. This trend, known as the "emotional economy," reflects a growing desire to spend money on items that provide emotional value rather than practical use. According to a 2024 report by MobTech Research Institute, over 40% of young consumers prioritize emotional satisfaction when making purchases. For example, blind box toys, such as the Nezha: Birth of a Demon series priced at 69 yuan, sell over 100,000 units monthly. Fans eagerly collect these items, finding joy in the surprise of unboxing them. Similarly, themed experiences like escape rooms in Changsha or limited-edition plush toys in Hangzhou attract crowds seeking fun and stress relief. Experts explain that emotional consumption is driven by the need to cope with modern pressures and loneliness. Products like AI companions, dubbed（戏称）"digital best friends," offer private emotional support through chat services. However, while these innovations meet emotional needs, they also raise concerns. Users complain about hidden costs in virtual services, and some stress-relief toys lack safety certifications, causing health issues like dizziness. Regulating this new market poses challenges. Cities like Jinan have launched campaigns to inspect toy quality, while authorities issued guidelines to standardize blind box sales. The Fujian Consumer Council urges clearer laws to define legal boundaries for emotional products. Platforms are also advised to strengthen reviews of sellers and services. Looking ahead, balancing innovation and safety is key. Professor Shen Yang from Tsinghua University suggests setting content standards for AI companions to prevent misuse of personal data. As the emotional economy grows, collaboration among governments, businesses, and consumers will ensure it develops healthily, offering both comfort and reliability. 61. What is the main focus of the article? A. The decline of traditional consumer markets. B. The role of AI in solving loneliness among youth. C. The growth of purchasing driven by psychological needs. D. The health risks caused by unsafe industrial products. 61.答案: C定位：题干问文章主要讨论内容。关键词：main focus。答案句在第一段最后一句：This trend...reflects a growing desire to spend money on items that provide emotional value rather than practical use.翻译：这一趋势反映了人们越来越愿意为提供情感价值（而非实用价值）的商品付费。匹配：A. 传统消费市场的衰落（未提及）B. AI在解决年轻人孤独感中的作用（仅部分提到，非主旨）C. 由心理需求驱动的消费增长（对应“emotional value”，替换为“psychological needs”）D. 不安全工业产品引发的健康风险（次要细节） 62. According to the report by MobTech Research Institute, what percentage of young consumers value emotional satisfaction most? A. Less than 30% B. Approximately 40% C. Over 50% D. Nearly 70% 62.答案: B定位：题干关键词：MobTech Research Institute, percentage。答案句在第二段第一句：...over 40% of young consumers prioritize emotional satisfaction when making purchases. 翻译：超过40%的年轻消费者在购物时优先考虑情感满足。匹配：A. 不到30%（与原文矛盾）B. 约40%（正确替换“over 40%”）C. 超过50%（夸大比例）D. 近70%（完全错误） 63. What is a major concern raised by emotional economy products? A. High production costs reduce profits. B. Virtual services lack entertainment value. C. Some items may harm users’ well-being. D. Traditional markets face unfair competition. 63.答案:C定位：题干关键词：concern, harm。答案句在第三段最后部分： ...some stress-relief toys lack safety certifications, causing health issues like dizziness.翻译：一些减压玩具缺乏安全认证，导致头晕等健康问题。匹配：A. 高生产成本降低利润（未提及）B. 虚拟服务缺乏娱乐性（与“提供情感支持”矛盾）C. 部分产品可能损害用户健康（“health issues”替换为“harm well-being”）D. 传统市场面临不公平竞争（未讨论） 64. What solution does Professor Shen Yang propose for AI companions? A. Banning their use to protect privacy. B. Creating strict content rules and transparent algorithms. C. Encouraging users to share more personal data. D. Reducing prices to attract wider audiences. 64.答案:B定位：题干关键词：Professor Shen Yang, solution。答案句在最后一段： ...setting content standards...and...algorithm transparency.翻译：制定内容标准并推动算法透明化。 匹配：A. 禁止使用以保护隐私（极端，未提及）B. 制定严格内容规则和透明算法（“content standards”替换为“strict content rules”）C. 鼓励用户分享更多个人数据（与建议相反）D. 降价以吸引更多用户（无关） 017 China Achieves New Milestone in Quantum Supremacy with "Zuchongzhi-3" “祖冲之三号”问世！中国再创全球量子计算优越性里程碑 Chinese scientists have recently developed the world’s most advanced superconducting quantum computer, named Zuchongzhi-3, marking a breakthrough in global quantum computational advantage. As reported by Physical Review Letters on March 3, this 105-qubit prototype demonstrates unparalleled processing speed, outperforming the fastest classical supercomputers by a quadrillion-fold in solving specialized tasks. The achievement underscores China’s leading role in the race toward next-generation computing technologies. The Zuchongzhi-3 system, engineered by researchers from the University of Science and Technology of China (USTC), comprises 105 functional qubits and 182 interconnected units. In benchmark tests, it completed a complex “quantum random circuit sampling” task involving 83 qubits across 32 layers, surpassing even Google’s 2024 superconducting quantum system by a million times. Such advancements validate the feasibility of quantum computers solving problems deemed intractable for classical counterparts, a critical step toward practical applications. Historically, quantum supremacy milestones were set by U.S. and Chinese teams using distinct approaches. In 2019, Google’s Sycamore utilized superconducting circuits, while China’s 2020 Jiuzhang employed photonic quantum technology. With Zuchongzhi-2 in 2021, China became the first nation to achieve supremacy in both superconducting and photonic systems. The latest upgrade solidifies its dominance in superconducting quantum computing, pushing the boundaries of hardware scalability and stability. The development of quantum computing is widely viewed as a three-stage process. The first phase, quantum supremacy, confirms a machine’s ability to outperform classical computers. The second aims to build intermediate-scale quantum simulators capable of solving real-world problems in chemistry or material science. The final stage involves creating error-corrected, programmable universal quantum computers. Zuchongzhi-3 represents a leap toward the second phase, addressing challenges in qubit control and system integration. Looking ahead, the USTC team is accelerating research in quantum error correction, entanglement protocols, and chemical simulations. As nations vie for technological leadership, breakthroughs like Zuchongzhi-3 not only redefine computational limits but also pave the way for transformative innovations across industries, from cryptography to drug discovery. 65.What fundamental capability does Zuchongzhi-3 primarily demonstrate?‌ A. Executing photonic-based parallel computations B. Exceeding classical computers' efficiency quintillion-fold C. Automating error correction through AI algorithms D. Revolutionizing consumer electronics manufacturing 65.B解析‌ ‌题干翻译‌：祖冲之三号主要证明了何种基础能力？‌关键词‌：fundamental capability, Zuchongzhi-3‌定位依据‌：第一段第三句："outperforming... by a quadrillion-fold"（"quadrillion"即10^15倍）‌："This 105-qubit prototype demonstrates unparalleled processing speed, outperforming the fastest classical supercomputers by a quadrillion-fold in solving specialized tasks."中文‌：该105量子比特原型机展现出无与伦比的处理速度，在特定任务上比经典超算快千万亿倍。‌匹配分析‌：‌A. 执行光子并行计算‌ → 第三段提到Jiuzhang使用光子技术，与Zuchongzhi-3的超导系统无关（技术混淆）‌B. 超越经典计算机效率千万亿倍‌ → "quadrillion-fold"转译为"quintillion-fold"（中英文数量级表述差异），正确匹配 ‌C. 通过AI算法自动纠错‌ → 末段仅提及量子纠错研究，未涉及AI（无中生有）‌D. 革命性消费电子制造‌ → 文章未讨论消费电子领域（领域偏离） 66.Which structural feature is unique to Zuchongzhi-3 compared to historical systems?‌ A. Hybrid integration of optical and superconducting components B. Modular architecture with 182 coupling qubits C. Implementation of room-temperature operational design D. Utilization of biological quantum storage units 66.B解析‌ ‌题干翻译‌：与历史系统相比，祖冲之三号的何种结构特征具有独特性？‌关键词‌：structural feature, unique, historical systems‌定位依据‌：第二段首句："105 functional qubits and 182 interconnected units"‌："The Zuchongzhi-3 system comprises 105 functional qubits and 182 interconnected units."中文‌：祖冲之三号系统包含105个功能量子比特和182个互连单元。 ‌匹配分析‌：‌A. 光量子与超导组件混合集成‌ → 第三段明确区分中美技术路线（超导vs光子），排除‌B. 含182耦合量子比特的模块化架构‌ → "interconnected units"转译为"coupling qubits"，正确匹配‌C. 室温操作设计实现‌ → 超导系统需低温环境，违背常识（反向干扰） ‌D. 生物量子存储单元应用‌ → 全文未涉及生物技术（无关联） 67.How does Zuchongzhi-3 advance quantum computing's developmental timeline?‌ A. Finalizing the theoretical framework of quantum mechanics B. Bridging quantum supremacy and practical problem-solving C. Achieving full commercialization of quantum cryptography D. Introducing blockchain-enhanced security protocols 67.B 解析‌‌题干翻译‌：祖冲之三号如何推进量子计算发展时间线？‌关键词‌：developmental timeline, advance‌定位依据‌：第四段末句："represents a leap toward the second phase"‌："Zuchongzhi-3 represents a leap toward the second phase, addressing challenges in qubit control and system integration."中文‌：祖冲之三号代表着向第二阶段的跃进，解决量子比特控制与系统整合的挑战。‌匹配分析‌：‌A. 完成量子力学理论框架‌ → 对应第一阶段"quantum supremacy"，已实现（时间错位）‌B. 连接量子霸权与实际问题解决‌ → "second phase"目标即过渡到实际应用，正确匹配‌C. 实现量子密码商业化‌ → 末段仅提潜在应用，未达商业化（过度推断）‌D. 引入区块链安全协议‌ → 文章未涉及区块链（概念混淆） 68.What strategic research focus is implied by USTC's ongoing projects?‌ A. Developing quantum-powered entertainment platforms B. Optimizing weather prediction through entanglement models C. Enhancing multi-particle coordination and error resilience D. Creating quantum neural networks for artistic creation 68.C 解析‌‌题干翻译‌：中科大当前项目暗示何种战略研究重点？‌关键词‌：strategic research focus, USTC's ongoing projects‌定位依据‌：第五段首句："accelerating research in quantum error correction, entanglement protocols"英文‌："Looking ahead, the USTC team is accelerating research in quantum error correction, entanglement protocols, and chemical simulations."中文‌：中科大团队正加速量子纠错、纠缠协议和化学模拟研究。‌匹配分析‌：‌A. 开发量子娱乐平台‌ → 未提及娱乐应用（无关联）‌B. 通过纠缠模型优化天气预报‌ → "chemical simulations"仅为案例，未特指气象（以偏概全）‌C. 增强多粒子协调与纠错能力‌ → "error correction"对应系统可靠性，"entanglement"需多粒子协调，正确匹配‌D. 创建量子神经网络艺术创作‌ → 属虚构应用（概念外推） 018 The Rise of Low-Altitude Economy: Challenges and Strategies 蓄力助推低空经济高飞 China’s low-altitude economy, encompassing（包含）industries from cargo drones to urban air mobility, is rapidly expanding as airspace regulations relax. State-backed enterprises are driving innovation, with commercial applications now spanning remote areas to densely populated cities. This sector’s growth highlights its potential to reshape logistics, tourism, and emergency services, while signaling vast economic opportunities. Technological advancements in renewable energy, AI, and telecommunications have accelerated the development of low-altitude aircraft. Government support and private investments further fuel progress. According to the Civil Aviation Administration of China, the sector’s market value is projected to reach ¥1.5 trillion by 2025 and ¥3.5 trillion by 2035. Manufacturing for civilian, police, and military aircraft dominates 88% of the industry, forming its core economic pillar. Despite promising prospects, workforce shortages pose critical challenges. Over 1 million drone operators are urgently needed, alongside engineers and maintenance specialists. Regulatory gaps, inconsistent operator training, and safety risks compound these issues. For instance, unregulated flights in crowded zones raise concerns about collisions and data security, demanding immediate policy interventions. To address talent gaps, partnerships between universities and industries are vital. Vocational programs tailored to aircraft design, drone operation, and air traffic management can align education with market needs. Establishing training centers with real-world simulations will cultivate skilled professionals. Such collaborations ensure a steady supply of innovators capable of advancing sustainable growth. Safety remains paramount as air traffic density increases. Cities like Suzhou have pioneered local airspace rules, setting precedents for national standards. Integrating radar systems, 5G networks, and AI-driven monitoring can enhance flight coordination. By balancing innovation with risk management, China aims to build a secure, efficient low-altitude ecosystem for future generations. 69.What constitutes the economic backbone of China's low-altitude sector?‌ A. Logistics optimization through drone delivery networks B. Manufacturing for public service and defense aircraft C. Tourism development in remote mountainous areas D. Renewable energy infrastructure construction 69. B解析‌‌题干翻译‌：中国低空经济领域的经济支柱是什么？‌关键词‌：economic backbone, low-altitude sector‌定位依据‌：第二段第三句（"Manufacturing for civilian, police, and military aircraft dominates 88%"）英文‌："Manufacturing for civilian, police, and military aircraft dominates 88% of the industry, forming its core economic pillar."中文‌：民用、警用和军用飞行器制造占据行业88%份额，构成核心经济支柱。‌匹配分析‌：‌A. 无人机物流网络优化‌ → 首段提到物流潜力但非当前支柱（阶段错位）‌B. 公共服务与国防飞行器制造‌ → "civilian, police, military"转译为"public service and defense"，正确‌C. 偏远山区旅游开发‌ → 首段列举潜力领域但非核心（概念混淆）‌D. 可再生能源基建‌ → 第二段首句技术要素但非经济支柱（因果倒置） 70.Which critical bottleneck hinders industry expansion according to the text?‌ A. Insufficient public awareness of aviation technologies B. Shortage of skilled personnel and regulatory deficiencies C. Limited 5G network coverage in urban centers D. High energy consumption of AI-powered systems 70. B解析‌‌题干翻译‌：根据文本，何种关键瓶颈阻碍行业扩张？‌关键词‌：critical bottleneck, industry expansion‌定位依据‌：第三段首句（"workforce shortages pose critical challenges"）及后续描述 英文‌："Despite promising prospects, workforce shortages pose critical challenges. Over 1 million drone operators are urgently needed... Regulatory gaps... raise concerns."中文‌：尽管前景光明，人才短缺构成关键挑战，急需超百万无人机操作员……监管漏洞引发担忧。 ‌匹配分析‌：‌A. 公众航空技术认知不足‌ → 未提及公众认知问题（无中生有）‌B. 技术人才短缺与监管缺陷‌ → 综合"workforce shortages"和"regulatory gaps"，正确‌C. 城市5G覆盖不足‌ → 第五段强调已整合5G技术（反向干扰）‌D. AI系统高能耗‌ → 第二段首句称技术进步降低能耗（逻辑矛盾） 71.What educational approach is prioritized to address workforce challenges?‌ A. International exchange programs with aerospace leaders B. Industry-academia partnerships with practical simulations C. Government-funded postgraduate research initiatives D. Online certification platforms for hobbyist enthusiasts 71. B解析‌ ‌题干翻译‌：解决人力问题优先采取何种教育方式？‌关键词‌：educational approach, workforce challenges‌定位依据‌：第四段首句（"partnerships between universities and industries are vital"）英文‌："To address talent gaps, partnerships between universities and industries are vital. Vocational programs... will cultivate skilled professionals."中文‌：校企合作至关重要，职业培训项目……将培养专业人才。‌匹配分析‌：‌A. 国际航空领导者交流‌ → 未提及国际合作（概念外推）‌B. 校企合作与实景模拟‌ → "partnerships"和"real-world simulations"精准对应，正确‌C. 政府资助研究生项目‌ → 强调职业培训而非学术研究（方向偏离）‌D. 爱好者在线认证平台‌ → 未涉及业余爱好者培养（程度不符） 72.How do pilot cities contribute to national safety standards?‌ A. By implementing localized air traffic control prototypes B. Through mandatory insurance schemes for drone operators C. Via large-scale public demonstration flights D. Establishing free-flight zones for equipment testing 72. A解析‌‌题干翻译‌：试点城市如何贡献国家安全标准？‌关键词‌：pilot cities, national safety standards‌定位依据‌：第五段首句（"Suzhou have pioneered local airspace rules, setting precedents"）英文‌："Cities like Suzhou have pioneered local airspace rules, setting precedents for national standards."中文‌：苏州等城市率先制定空域规则，为国家标准提供范例。‌匹配分析‌：‌A. 实施本地化空管原型‌ → "local airspace rules"转译为"空管原型"，正确‌B. 强制操作员保险制度‌ → 未提及保险政策（无关联）‌C. 大规模公开演示飞行‌ → 强调风险管理而非演示（逻辑错位）‌D. 建立设备测试自由区‌ → 第五段强调加强监管而非自由区（反向干扰） 019 ‌Brain-Computer Interface: Turning Thoughts into Actions 脑机接口助“心想事成”‌ A groundbreaking wireless brain-computer interface (BCI) developed by Tsinghua University researchers offers renewed hope for paralyzed individuals. After a decade of research, Professor Hong Bo’s team has enabled three patients with severe spinal cord injuries to regain basic motor functions, such as grasping objects and operating wheelchairs through brain signals. This achievement, presented at the 2025 Zhongguancun Forum, demonstrates how advanced neuroengineering can restore independence to those immobilized for years. By placing electrodes outside the brain’s protective membrane, the team captures neural signals wirelessly, enabling patients to control robotic limbs and wheelchairs through thought alone.‌ The technology distinguishes itself through enhanced safety and reliability. Unlike invasive Western models that risk nerve damage, the Chinese approach positions electrodes non-destructively beneath the skull. A coin-sized device containing 329 micro-components processes neural data via eight physical channels, reconstructing over 100 interpretable pathways through adaptive algorithms. This innovation eliminates traditional risks like immune rejection and electrode displacement while ensuring lifelong functionality without battery replacements. Rigorous safety evaluations supervised by national medical authorities, spanning 1,000+ days and 40+ tests, confirm its readiness for clinical adoption.‌ Clinical scalability remains the next frontier. The team plans to initiate large-scale trials targeting 30–50 implant procedures by late 2025, aiming for global regulatory approval as the first minimally invasive BCI medical device. Future iterations will integrate custom-designed chips to reduce size and weight while improving signal clarity. “An ideal BCI should become invisible in daily life,” Professor Hong emphasized, outlining goals to develop lighter, higher-performance systems that grant users seamless control. With 3–4 million spinal injury patients in China and 80,000+ new annual cases, the societal urgency for such solutions cannot be overstated.‌ Government institutions actively foster assistive technology innovation. Liu Lijun, a senior official from the China Disabled Persons’ Federation, highlighted ongoing national projects integrating BCI with exoskeleton robotics and AI-driven rehabilitation systems. Key initiatives include enhancing athletic performance for Paralympic competitors and developing intelligent assessment tools for elderly care. By channeling resources into disability-focused research, policymakers seek to transform assistive technologies from niche applications into drivers of industrial progress. Liu stressed the Federation’s commitment to strengthening academic-industry collaborations, ensuring scientific breakthroughs translate into tangible societal benefits.‌ The convergence of medical ethics and technological ambition defines this endeavor. While celebrating restored smiles among patients and families, researchers acknowledge challenges in balancing innovation accessibility and long-term safety. Professor Hong’s vision extends beyond physical rehabilitation: “True success lies in empowering individuals to reclaim dignity through technology.” As China positions itself at the forefront of neuroengineering, this project exemplifies how scientific perseverance can redefine human potential, offering a blueprint for global disability-inclusive development. 73. What key advantage does the Chinese BCI approach hold over Western models?‌ A. Utilizing implantable batteries for sustained energy supply B. Avoiding neural tissue destruction through non-invasive placement C. Prioritizing cost reduction over signal accuracy D. Implementing cloud-based neural data processing 73. B解析‌ ‌题干翻译‌：中国BCI技术相比西方模型的核心优势是什么？‌关键词‌：advantage, Chinese vs Western models‌定位依据‌：第二段第二句（"Unlike invasive Western models...positions electrodes non-destructively"）英文‌："Unlike invasive Western models that risk nerve damage, the Chinese approach positions electrodes non-destructively beneath the skull."中文‌：不同于可能损伤神经的侵入式西方方案，中国方法将电极非破坏性置于头骨下。 ‌匹配分析‌：‌A. 植入电池持续供能‌ → 第二段明确"无需电池"（直接矛盾）‌B. 无创放置避免神经损伤‌ → "non-destructively"转译为"non-invasive"，正确‌C. 成本优先于信号精度‌ → 未提及成本与信号取舍（无中生有）‌D. 云端神经数据处理‌ → 第二段强调本地算法处理（技术路线错位） 74.How does the research team plan to evolve future BCI devices?‌ A. By increasing device visibility for user feedback B. Through material transparency for medical monitoring C. Via size reduction and enhanced signal precision D. Using biodegradable components for eco-friendliness 74.C 解析‌ ‌题干翻译‌：研究团队计划如何改进未来BCI设备？‌关键词‌：future devices, evolve ‌定位依据‌：第三段第三句（"reduce size and weight while improving signal clarity"）英文‌： "Future iterations will integrate custom-designed chips to reduce size and weight while improving signal clarity."中文‌：未来版本将集成定制芯片，缩小体积重量并提升信号清晰度。 ‌匹配分析‌：‌A. 增加设备可见性‌ → 目标为"invisible"（反向干扰）‌B. 材料透明化监测‌ → 未涉及材料透明度（无关信息）‌C. 缩小体积与信号增强‌ → 精准对应原文目标，正确‌D. 可降解组件环保‌ → 未讨论环保设计（概念外推） 75.What strategic purpose underlies the 2025 clinical trial expansion?‌ A. To validate AI-driven rehabilitation protocols B. To secure official medical certification globally C. To compare efficacy with photonic interfaces D. To develop military-grade neural encryption 75.B 解析‌‌题干翻译‌：2025年临床试验扩展的战略目的是什么？‌关键词‌：2025 clinical trial, strategic purpose‌定位依据‌：第三段第二句（"aiming for global regulatory approval"）英文‌： "The team plans to initiate large-scale trials... aiming for global regulatory approval as the first minimally invasive BCI medical device."中文‌：团队计划启动大规模试验，目标成为首个获批的微创BCI医疗器械。‌匹配分析‌：‌A. 验证AI康复方案‌ → 第四段提及AI但非试验目的（领域混淆）‌B. 获取全球医疗认证‌ → "regulatory approval"转译为"medical certification"，正确‌C. 与光子接口对比‌ → 未涉及技术比较（无关联）‌D. 军用神经加密‌ → 文章未讨论军事应用（过度推断） 76.Which broader societal transformation does Liu Lijun emphasize?‌ A. Commercializing assistive tech for mass production B. Elevating niche innovations to industrial catalysts C. Standardizing elderly care assessment tools D. Promoting international tech patent sharing 76.B 解析‌‌题干翻译‌：刘立军强调的广义社会转型是什么？‌关键词‌：societal transformation, Liu Lijun‌定位依据‌：第四段第三句（"transform assistive technologies from niche applications into drivers of industrial progress"）英文‌："Policymakers seek to transform assistive technologies from niche applications into drivers of industrial progress."中文‌：决策者旨在将辅助技术从小众应用转化为工业进步驱动力。‌匹配分析‌：‌A. 助残技术商业化量产‌ → 强调工业驱动而非单纯商业化（程度不足）‌B. 小众创新升级工业催化剂‌ → "niche→industrial"精准转译，正确 ‌C. 标准化老年评估工具‌ → 仅为具体案例（以偏概全）‌D. 推动国际专利共享‌ → 未涉及知识产权（概念偏离） 020 The Rapid Rise of Smart Driving Technology 加速普及的智能驾驶 China’s automotive industry is undergoing a transformative shift as smart driving systems become central to market competition. Companies like BYD and Tesla are leading the charge, with BYD’s "Divine Eye" technology now available across models priced from ¥70,000 to ¥200,000. Tesla, meanwhile, has rolled out urban road autopilot features for Chinese users. This race reflects the industry’s focus on intelligent systems as the next frontier, following the earlier push toward electric vehicles. Technological advancements in sensors, AI, and data processing have accelerated smart driving capabilities. Vehicles equipped with lidar, cameras, and radar can now handle tasks like highway navigation and automated parking. China’s 2022 Automated Driving Classification Standard defines six levels (L0-L5), with most current models at L2, requiring constant driver supervision. By mid-2024, over half of new cars sold in China offered L2 features, a figure expected to exceed 65% by 2025. Consumer acceptance is growing but mixed. While 90% of buyers express willingness to pay extra for advanced features like city navigation autopilot (NOA), safety remains a top concern. Executives from companies like Huawei and Xiaomi have showcased these technologies through live-streamed road tests to build trust. However, debates persist over what defines "high-tier" smart driving, with industry leaders stressing the need for clarity between basic assistance and full autonomy. Affordability is key to mass adoption. Previously limited to premium models (¥200,000+), NOA systems are now entering mid-range markets. BYD’s budget-friendly "Divine Eye-C" package and Changan’s plans to equip ¥100,000 cars with lidar signal a push toward accessibility. As costs drop, experts predict smart driving will soon become as standard as airbags, reshaping consumer expectations. Safety and regulation remain critical challenges. Despite progress, fully autonomous vehicles (L4/L5) remain distant. Experts warn drivers to stay alert even when using L2/L3 systems, especially in complex conditions. Calls for stricter safety standards and user education grow louder, emphasizing that technological ambition must not outpace reliability. As competition intensifies, balancing innovation with responsibility will define the industry’s future. 77.What core technological foundation enables current smart driving systems?‌ A. Satellite positioning networks for rural navigation B. Multi-sensor fusion with AI data interpretation C. Hydrogen fuel cells for extended vehicle range D. Blockchain-based traffic data encryption 77.B解析‌‌题干翻译‌：当前智能驾驶系统的核心技术基础是什么？‌关键词‌：technological foundation, smart driving‌定位依据‌：第二段首句（"advancements in sensors, AI, and data processing"）英文‌："Technological advancements in sensors, AI, and data processing have accelerated smart driving capabilities."中文‌：传感器、人工智能和数据处理的科技进步加速了智能驾驶能力发展。‌匹配分析‌：‌A. 农村导航卫星定位‌ → 未提及农村场景专用技术（无关联）‌B. 多传感器与AI数据融合‌ → "sensors+AI"转译为"multi-sensor fusion"，正确‌C. 氢燃料长续航‌ → 属于动力系统而非智能驾驶核心（领域错位）‌D. 区块链交通加密‌ → 文章未涉及数据加密技术（概念外推） 78.How do manufacturers address consumer safety concerns?‌ A. By offering extended warranty programs B. Through live demonstration of system capabilities C. Via mandatory driver certification courses D. Using psychological surveys to reduce anxiety 78.B解析‌‌题干翻译‌：制造商如何解决消费者安全担忧？‌关键词‌：address safety concerns ‌定位依据‌：第三段第三句（"showcased through live-streamed road tests"）英文‌："Executives have showcased these technologies through live-streamed road tests to build trust."中文‌：高管通过直播路测展示技术以建立信任。‌匹配分析‌：‌A. 延长质保计划‌ → 未提及售后政策（无关措施）‌B. 实时功能演示‌ → "live-streamed"转译为"live demonstration"，正确‌C. 强制驾驶员认证‌ → 第五段强调"user education"但非强制认证（程度偏差）‌D. 心理调查减焦虑‌ → 未涉及心理学手段（无中生有） 79.What strategic shift is driving smart driving affordability?‌ A. Transition from luxury to mid-priced vehicle integration B. Government subsidies for software development C. Partnerships with ride-sharing platforms D. Elimination of hardware redundancy 79. A解析‌‌题干翻译‌：推动智能驾驶普及的价格战略转变是什么？‌关键词‌：affordability, strategic shift‌定位依据‌：第四段首句（"Previously limited to premium models... now entering mid-range markets"）英文‌："NOA systems are now entering mid-range markets... BYD’s budget-friendly package..."中文‌：高阶智能驾驶系统进入中端市场，如比亚迪平价方案。 ‌匹配分析‌：‌A. 豪车转向中端车集成‌ → "premium→mid-range"精准对应，正确‌B. 政府软件补贴‌ → 未提及政府资金支持（政策缺失）‌C. 共享出行合作‌ → 文章未讨论商业模式（概念偏离）‌D. 硬件冗余消除‌ → 第四段强调硬件成本降低但未提冗余（技术细节错误） 80.What fundamental limitation persists in existing autonomous systems?‌ A. Inability to process real-time traffic updates B. Dependence on continuous human vigilance C. Excessive energy consumption during operation D. Compatibility issues with 5G infrastructure 80.B 解析‌‌题干翻译‌：现有自动驾驶系统的根本局限是什么？‌关键词‌：fundamental limitation, autonomous systems‌定位依据‌：第五段第三句（"experts warn drivers to stay alert even when using L2/L3 systems"）英文‌："Experts warn drivers to stay alert even when using L2/L3 systems, especially in complex conditions."中文‌：专家警告L2/L3系统仍需驾驶员保持警觉。 ‌匹配分析‌：‌A. 无法实时处理路况‌ → 第二段明确具备路况处理能力（直接矛盾）‌B. 依赖持续人为监控‌ → "stay alert"转译为"human vigilance"，正确‌C. 高能耗‌ → 未讨论能源效率问题（无关参数）‌D. 5G兼容问题‌ → 第五段未涉及通信技术缺陷（技术误植） 学科网（北京）股份有限公司 $$