【#美媒称要向DeepSeek学习#】#东南亚成中国微短剧核心粉丝区# "中国变酷了！"2025年，谈及中国 的海外吸引力与好感度，"酷炫中国"成为外媒高频评价词。这一年，中国文化创意之酷、科技创新之 酷、开放活力之酷，在全球掀起一个个热议话题。【DeepSeek震惊世界 中国App在全球排行榜上不断 攀升】回顾2025年，第一枚"震撼弹"来自中国年轻的初创企业深度求索（DeepSeek）。1月20日，其发 布的人工智能大模型R1，以更少算力实现与世界顶尖AI模型比肩的效果，引发全球学术界震动。在外 媒看来，DeepSeek的横空出世不仅颠覆了"美国在AI领域占据主导地位"的固有认知，更印证了华盛顿的 出口限制挡不住中国科技前行的步伐。美国《巴伦周刊》由衷写道："不要打击DeepSeek，要向它学 习。"英国广播公司指出，中国人工智能企业如今获得的专利数量超过了其他国家。不仅如此，在量子 计算机这一未来领域，中国科学家每年发表的相关研究论文数量也超过了其他国家。【微短剧风靡 中 国故事走红全球】2025年，中国微短剧在全球蓬勃兴起，产品已覆盖全球200多个国家和地区。快节 奏、强情节的微短剧内容，精准匹配全球 ...

Forecasting the world in 2026 © Arusyak Pivazyan 《金融时报》的预测专家去年确实做对了一件大事：唐纳德·特朗普重返美国总统宝座，让世界 变得更加难以预测。通常情况下，我们20项预测中会有几项出错（好吧，有时是四五项）。去 年，我们错掉了七项，创下了历史最差纪录。乌克兰和俄罗斯之间没有达成和平协议——尽管谈 判一直持续到最后；美国利率确实下降了；埃隆·马斯克和特朗普确实闹翻了（不过后来有所缓 和）；英国工党政府确实又出台了一项大规模增税预算。我们对比特币突破20万美元的前景过于 乐观，而对电动汽车能够占全球汽车总销量的四分之一又过于悲观。 我们的作者们毫不畏惧，再次就一系列话题发表见解，从美国中期选举到人民币，从人工智能泡 沫到私人信贷，再到我们是否会在家中使用人形机器人和真正商用的量子计算机。请继续阅读， 了解更多详情。 特朗普的关税政策最终会使关税平均水平高于目前水平吗？ 不。美国总统上任之初曾威胁要对各方加征关税，理由包括增加财政收入、保护关键产业、迫使 贸易伙伴在政治上保持一致以及消除贸易逆差。然而，他很快发现事情远比这复杂得多。4月"解 放日"后股市暴跌 ...

Group 1: Economic Predictions - Trump's average tariff levels are expected to decrease by the end of the year due to various pressures, including stock market declines and rising consumer prices [2] - Global central banks, excluding Japan, are likely to continue lowering interest rates, with the Federal Reserve potentially leading this trend [5] - The price of gold is predicted to exceed $5,000 per ounce, driven by central bank purchases and as a hedge against fiscal deficits and geopolitical tensions [7] Group 2: Political Landscape - Ukrainian President Zelensky is not expected to be forced to abandon the Donbas region as part of any peace agreement, due to military and political risks [3] - In the U.S., the Democratic Party is predicted to regain control of the House of Representatives in the midterm elections, which would allow them to block Trump's agenda [12] - In the Middle East, the normalization of relations between Saudi Arabia and Israel is unlikely without a clear path to Palestinian statehood, as emphasized by Saudi Crown Prince Mohammed bin Salman [13] Group 3: Technology and Market Trends - The AI bubble is anticipated to burst in 2026, with investors becoming more critical of tech giants, although larger diversified companies may weather the storm better than smaller firms [4] - Quantum computers are not expected to be commercially viable by 2026, but significant progress is being made in the field [8] - Tesla's market share is projected to continue declining in the U.S., EU, and China, as competition increases and Musk focuses on AI investments rather than traditional automotive business [9] Group 4: Financial Sector Insights - An increase in private credit defaults is expected, as higher interest rates challenge companies that borrowed heavily during low-rate periods [6] - The emergence of household robots is anticipated, although their functionality will be limited and they will primarily target affluent early adopters [10]

报道注意到，与谷歌依赖额外硬件抑制错误的路径不同，中方团队采用了基于微波的控制方法，在不显 著增加硬件复杂度的情况下实现了关键突破。 中国团队在22日发布的声明中指出，这一路径在构建大规模、具备容错能力的量子计算机上"可能比谷 歌方案更高效"。 【文/观察者网 王一】"中国科研团队在量子纠错领域取得重大突破，在全球构建实用化量子计算机的竞 赛中迈出关键一步。" 香港《南华早报》12月26日报道称，中国科学技术大学潘建伟院士团队基于超导量子处理器"祖冲之3.2 号"，成功跨越量子纠错的"容错阈值"，成为美国之外首个、也是继谷歌之后全球第二个实现这一关键 里程碑的团队，而且在效率上还超越了谷歌。 "容错阈值"是衡量量子计算机能否在大规模条件下稳定运行的核心标准。长期以来，量子纠错面临一个 难题，即纠错过程本身会引入新的错误，导致系统越纠错越不稳定。 潘建伟团队表示，在跨越该阈值后，纠错不再削弱系统稳定性，反而能够降低整体错误率，即"低于阈 值，越纠越对"，这是量子计算从理论可行走向可扩展的工程系统的前提。 加拿大滑铁卢大学物理学家约瑟夫·埃默森（Joseph Emerson）在美国物理学会旗下《物理》杂志撰文评 ...

近日，中国科学家潘建伟院士团队的一项量子实验成果，终结了一场持续近百年的物理学巅峰对决。对 决的双方，是爱因斯坦和玻尔。这场学术界的"神仙打架"因何而起？结局究竟谁输谁赢呢？全释硬科 技，我们来一探究竟↓ 0:00 / 2:37 量子科技在"十五五"规划建议里排在未来产业之首，但你可能不知道量子的提出和基础研究其实已有百 年之久。爱因斯坦和玻尔的争论，就要从光量子这种令人费解的"双重人格"说起。科学家发现，光就像 一位拥有两副面孔的天才演员。有时，它像水波，当它穿过两道狭缝，会像水波一样形成"涟漪"，最终 在屏幕上显现出"斑马线"一样明暗相间的干涉条纹。有的时候，它又像一颗颗弹珠，当光照射在金属板 上，能像打台球一样，把金属里的电子打出来，产生电流。 中国科学技术大学潘建伟院士团队，基于爱因斯坦的设想，设计了一个无比精妙的实验：用一个原子来 充当"狭缝"。因为原子足够轻盈，当光子撞击这个原子时，科学家可通过原子的振动方向精准测算出光 子的运动轨迹，这样就可以完美复现爱因斯坦百年前的思想实验，来看看在远处的屏幕上还会不会留下 明暗相间的干涉条纹。 不过最神奇也最让人困惑的是，这两种现象似乎不能同时被捕捉。爱因斯 ...

Core Viewpoint - The company emphasizes its commitment to the development of commercial aerospace and its active participation in national aerospace projects, showcasing its advanced core technologies and expanding product offerings in the industry [1] Group 1: Company Developments - The company has developed and mastered core technologies suitable for extreme environments, including radiation-resistant and high-power technologies [1] - The product range has been expanded to include micro-rectangular connectors, high-speed connectors, bundled wire harnesses, and optical fiber components, in addition to existing RF connectors and components [1] - The company aims to enhance its production capacity and market share by improving its assurance capabilities and increasing the value of individual satellite components [1] Group 2: Industry Trends - The company is leveraging its long-term technical accumulation in the connector field to research RF transmission systems and components suitable for quantum computers, indicating a forward-looking approach in technology development [1]

格隆汇12月9日丨陕西华达(301517.SZ)在投资者互动平台表示，公司依托在连接器领域的长期技术积 累，已预研出适用于量子计算机的射频传输系统及组件，目前正在积极跟进中。 ...

夜幕降临，一架隐形战机通过红外热像仪悄无声息地锁定了目标。然而，正是那些几十公里外的清晰地 形图和敌机的飞行轨迹，真正发挥了飞行员夜战利器的强大效能。支撑这一切的核心，正是那种看似不 起眼的稀有金属——锗。作为一种银灰色的脆性物质，锗如今正逐渐成为大国军工博弈的焦点。最新的 科研成果表明，锗的潜力远超夜视仪的应用。通过对镓原子分子束外延技术的突破，锗首次与镓原子结 合，并巧妙地将其植入了低至零下270摄氏度的极低温环境中。这一技术让锗的超导特性得以初步揭 示，电流流过时几乎没有任何损耗。这一突破为下一代量子计算机、高灵敏度雷达以及低功耗通信设备 的研发，开辟了崭新的方向。 中国目前掌握了锗资源的隐形王牌。全球锗资源极为集中，中国以41%的储量和72%的产量，成为全球 最大的锗资源供应国。更为重要的是，从锗矿石的提炼到高纯锗单晶的生产，中国已经建立了完整的产 业链闭环。美国国防部的报告指出，海军阿利·伯克级驱逐舰和F-35战斗机的红外导引头与雷达系统， 依赖于中国提供的锗材料和零部件，数量超过了万件。锗在现代战场上的军事应用无处不在：坦克和装 甲车的红外夜视系统需要锗透镜来捕捉热辐射，导弹的红外导引头则依赖锗窗 ...

Core Viewpoint - Geer Software (603232.SH) has experienced significant stock price fluctuations, with a cumulative increase of 75.58% from October 23, 2025, to November 18, 2025, triggering three instances of abnormal volatility [1] Stock Performance - The company's stock price has deviated by more than 20% on two consecutive trading days, specifically on November 17 and 18, 2025 [1] - The cumulative stock price increase of 75.58% indicates strong market interest and potential investor confidence [1] Quantum Computing and Security - Recent breakthroughs in quantum computing technology have heightened market interest in quantum-resistant cryptography [1] - The company's quantum-resistant cryptography products are currently in the standardization and pilot application phase, indicating that large-scale commercialization is still some time away [1] Disclosure and Compliance - The company has conducted a self-examination and confirmed with its controlling shareholder and actual controller that there are no undisclosed significant information as of the date of this announcement [1]

Core Insights - A new type of strontium titanate (SrTiO3) thin film has been developed by Belgian scientists, demonstrating record electro-optic performance at extremely low temperatures, which could enhance optical control components for quantum modules [1][2] Group 1: Material Performance - The new strontium titanate thin film exhibits low optical loss and exceptional electro-optic performance at temperatures close to absolute zero, specifically at -269.15°C [1] - The material achieved a Pockels coefficient of 350 pm/V at -269.15°C, marking the highest record for any thin-film electro-optic material at this temperature [1] Group 2: Applications and Implications - The high response and low loss characteristics of the material facilitate the development of smaller devices with reduced photon loss, advancing the next generation of quantum interconnects, modulators, and sensors [2] - Another study indicates that by precisely controlling the structure of strontium titanate, its response to electric fields becomes significantly strong and tunable at temperatures between 4-5 Kelvin, highlighting the controllable potential of this material [2]