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印度和日本技术 - 合作 - 合作 -
除了在涉及半导体和可再生能源领域的技术交换方面达到的政府合作和外交发展的增加，印度和日本公司还注意到了不断扩大的商业和投资范围。As the number of Japanese companies operating in India, recorded to be around 1,450 in 2023, is steadily rising, it must be underscored that the collaborative ventures between them are being expanded from investments across several crucial sectors, including automobiles, defence and aerospace, electronics, infrastructure, etc., to sharing technology and driving innovation in these sectors.
yggdrasil - 活着的北欧城市
该项目强调了基于证据的指南在支持治理，计划，设计和监视的重要性。通过评估3+30+300原理Yggdrasil提供了一种细微的方法，以尊重当地条件和需求。通过将研究与实际应用集成，该项目为北欧城市提供了他们需要的工具，以制定有关城市绿化，气候适应和公共卫生的战略决策。Obviously, the involvement of municipalities in this work is therefore crucial and we are very grateful to the participating Nordic cities, Bergen and Stavanger in Norway, Tampere and Turku in Finland, Malmö and Umeå in Sweden, Kolding and Holbæk in Denmark, and Reykjavik in Iceland, for their active contributions during the workshops, sharing of data and other information, and整个项目中的其他贡献。
中亚欧安组织PA特别代表的报告
9月，我在2024年4月访问土库曼斯坦，哈萨克斯坦和乌兹别克斯坦（2024年4月5日至124日）的报告中，向荷兰议会众议院外交事务委员会提出了我的讨论亮点。在此报告之后，议会常务委员会要求政府的正式回应。In his response dated 18 November 2024, Minister of Foreign Affairs Caspar Veldcamp agreed with my assessment that of cross-border co-operation is crucial for water management and shared our concerns about the disappearance of the Aral Sea on the border of Uzbekistan and Kazakhstan, the construction of the Qosh Tepa Canal in northern Afghanistan, and the recent drop in sea level in the Caspian Sea.他还回忆说，荷兰政府于2024年4月在哈萨克斯坦洪水泛滥后部署了灾难风险和激增的支持小组。
![arxiv：2411.16489v1 [cs.cl] 2024年11月25日](/simg/2\21154fab2747c49632df27a7d0caa841bde8a03f.webp)
arxiv：2411.16489v1 [cs.cl] 2024年11月25日
本文对当前复制Openai的O1模型功能的方法进行了批判性检查，特别关注广泛但通常未公开的知识蒸馏技术的使用。虽然我们以前的工作（第1部分（Qin等人，2024））探讨了O1复制的基本技术途径，这项研究揭示了O1的API的简单蒸馏，并结合了监督的微调，可以在复杂的数学推理任务上实现卓越的性能。通过广泛的实验，我们表明，基本模型对数万个样本O1延伸的长期思考链的微调优于美国邀请赛数学考试（AIME），其技术复杂性最少。此外，我们的调查范围超出了数学推理，可以探索跨不同任务的O1延伸模型的概括能力：幻觉，安全性和开放域QA。值得注意的是，尽管仅对数学解决问题的数据进行了培训，但我们的模型证明了对开放式质量QA任务的强烈概括，并且在微调后变得明显降低了对无粘液的影响。我们故意将这一发现公开以促进AI研究中的透明度，并挑战该领域中晦涩的技术主张的当前趋势。这种教育的命令不仅代表了技术考虑因素，而且代表了一个基本的人类使命，它将影响AI创新的未来。1相关资源将在https://github.com/gair-nlp/o1-journey上找到。我们的工作包括：（1）蒸馏过程及其有效性的详细技术阐述，（2）一个全面的基准测试框架，用于评估和分类O1复制尝试，基于其技术透明度和可重复性，（3）对痛苦的限制和潜在的限制，我们对痛苦的限制和潜在的风险进行了关键的讨论：我们的分析：crcial crcial crucial：crucial clucial clucial clucial clucial clucial clucial clucial clucial culminates''''''系统很重要，以第一原则思维为基础的研究人员的发展至关重要。
POLICY GUIDELINES by the Energy Community Secretariat
Energy communities, established as legal entities, are required to comply with specific participation and governance conditions, adhering to democratic principles while delivering environmental, social, and economic benefits to both members and the broader community, which goes beyond mere profit-making. Despite sharing similar definitions, CECs and RECs display significant distinct features. It is also crucial to distinguish these communities from various self- consumption models, such as renewables self-consumers, jointly acting renewables self- consumers, and active customers, operating individually or collaboratively. In all cases, however, the incorporation of these concepts into the EU's energy legal framework aims to empower citizens, enabling them to actively engage in energy markets and make informed decisions regarding their consumption patterns.
使用CNN.DOCX
许多一般相对论中的许多经典定理都基于基础Lorentzian时空的局部几何形状结合。这些局部约束通常具有曲率平衡（如ricci张量）和通过爱因斯坦方程（Einstein方程）的下限形式，它们被解释为能量条件。这样的条件是无效的条件，需要在零向量方向上ricci张量无负。The null energy condition plays a crucial role in the Penrose Singularity Theorem about in- completeness of null geodesics [ Pen65 ] which forshadowed the existence of black holes and in Hawking's Area Monotonicity Theorem [ Haw72 ] which as- serts that the area of cross-sections of a black hole horizon is non-decreasing towards the future provided the horizon is future null complete.在本文中，我们介绍了沿未来指导的未来指导的测量无效的无效凸出的熵凸度的零兹歧管的零能量条件的表征。
使用CT扫描对回收的木材元件进行非破坏性评估：方法和计算建模框架
在多次使用周期过渡到较低级别的应用和焚化器之前，将其在最高的效用级别和结构完整性之前保持其使用的目标。这个循环概念受到挑战[3，4]。木材再利用的关键问题是围绕治疗，用法和存储的问题，尤其是回收木材的质量。虽然Virgin Wood含有认证和其他数据，但对于用过的木材而言，这缺乏。在这里，数据可能从未被确定，或者被认为是不必要的，被删除的，或者在建筑物的生活中丢失。这将其重新融入建筑行业[5]。Robust and automated methods for ef fi cient non-destructive estimation of mechanical properties and quality assur- ance become crucial to bridge these gaps, ensuring reclaimed timber ' s reapplication in the construction, including means to ensure the longevity of data and its maxi- mized use in material passports, templates, or catalogues of secondary material suppliers.
Democratisation of entrepreneurship in India - KPMG LLP
Domestic capital inflows, particularly from domestic institutional investors (DIIs) and banks, have become crucial for India's entrepreneurial ecosystem, providing funding and stability amid global market fluctuations. This surge reflects a shift towards equities, driven by increased retail participation through SIPs and mutual funds. Banks now play a vital role in financing startups through tailored lending programmes and dedicated funds for SMEs and startups. Initiatives such as Mudra Yojana offer collateral-free loans, while partnerships between banks and fintech companies enhance access to capital by streamlining loan processes. Rising domestic inflows create a more resilient financial environment, allowing entrepreneurs to innovate without relying heavily on foreign investments, fueling entrepreneurial activity and contributing to a robust economic framework in India.
海洋科学与工程杂志
This Special Issue highlights new advances in ecological modelling methodologies that provide improved insights into the mapping of marine mammal habitats, crucial to the protection and recovery of vulnerable marine mammal species and populations and essential for identifying future priority conservation areas, such as Ecologically and Biologically Significant Areas (EBSAs), Key Biodiversity Areas (KBAs), and Important Marine Mammal Areas (IMMAs).这些进步涉及迫切需要确切的栖息地识别来增强保护工作，确保海洋哺乳动物人群的保护和可持续性，同时增强了沿海和高海上环境中海洋保护区（MPA）的识别和管理。通过提高我们对海洋哺乳动物分布及其生态要求的理解，这项研究在为政策决策和指导有效的管理策略提供信息方面起着关键作用，最终为全球海洋生物多样性保护目标做出了贡献。
主题问题2020-2022-CN
摘要：大量证据表明，半自治细胞器线粒体在许多神经退行性疾病的进展中起关键作用。线粒体DNA（mtDNA）编码Oxphos复合物的成分，但突变的mtDNA用AGING积聚在细胞中，这反映了神经退行性疾病的患病率的增加。这种积累不仅源于mtDNA和高度氧化环境的修复，而且还源于裂变后的有效线粒体。In this review, we focus on several pivotal mitochondrial proteins related to mtDNA maintenance (such as ATAD3A and TFAM), mtDNA alterations including mtDNA mutations, mtDNA elimination, and mtDNA release-activated inflammation to understand the crucial role played by mtDNA in the pathogenesis of neurodegenerative diseases such as Alz- heimer's disease,帕金森氏病，肌萎缩性侧索硬化和亨廷顿氏病。我们的工作概述了针对mtDNA的新型治疗策略。