Sponsors & Exhibitors

Beijing Century SenLong experimental apparatus Co., Ltd

北京世纪森朗实验仪器有限公司(Beijing Century SenLong experimental apparatus Co., Ltd)，成立于2008年，位于北京昌平北京化工大学国家科技园，是一家专注于中高端反应釜及智能实验装备的国家高新技术企业。产品广泛应用于石油、化工、橡胶、农药、染料、医药、食品、新材料等多个领域；主要为高等院校、科研院所、石油化工、能源环保、生物制药、半导体等行业创新实验室，精于心，专于品质，秉承严谨的科学态度，提供从研发到生产的整体解决方案。

KeAi

KeAi Website

KeAi Communication Co., Ltd. (hereinaffer referred to as "KeAi") is a joint venture co-invested by China Science Publishing & Media Group Co., Ltd. (Science Press) and Elsevier—two world-leading publishing institutions in the fields of science, technology, and medicine (STM). Through years of efforts, it has grown into China's largest English-language academic journal publishing service provider.

With full support from Science Press and Elsevier, KeAi not only provides first-class technical support such as the premier dissemination platform ScienceDirect and the mainstream submission & peer review platform Editorial Manager, but also has built core capabilities in journal development strategy, disciplinary data analysis, domestic and international promotion, and database indexing application.

Currently, KeAi has a total of over 258 journals, among which:

• 32 are indexed in SCIE;

• 1 is indexed in AHCI;

• 73 are indexed in ESCI;

• 153 are indexed in Scopus (with 15 newly added in 2024 and 18 in 2025);

• 62 are indexed in EI (with 11 newly added in 2025);

Oxford Instruments

牛津仪器

牛津仪器（Oxford Instruments）1959年创建于英国牛津，是英国伦敦证交所的上市公司，为全球学术及商业机构提供市场领先的科学技术与专业知识，加速材料科学、半导体、生命科学、能源化工、地质科学和环境科学等领域突破。牛津仪器在全球设有多个分支机构和生产基地，并于北京、上海、广州等地设立办事处，为中国市场提供销售、技术支持及售后服务。

Oxford Instruments provides academic and commercial organizations worldwide with market-leading scientific technology and expertise across our key market segments: Materials Analysis, Semiconductors, and Healthcare & Life Science.

Innovation is the driving force behind our growth and success, supporting our core purpose to accelerate the breakthroughs that create a brighter future for our world.

We hold a unique position to anticipate global drivers and connect academic researchers with commercial applications engineers, acting as a catalyst that powers real world progress.

Shanghai Clearvision Medical Technology Co., Ltd.

Shanghai Clearvision Medical Technology Co., Ltd. is located in Minhang District, Shanghai. With nucleic acid supramolecular hydrogel as its core technology, it devotes itself to the field of advanced biomaterials, focusing on technological R&D, achievement transformation and clinical translation and application. Its core product is the world's first nucleic acid supramolecular hydrogel. Relying on precise molecular design, excellent biocompatibility and mechanical properties, the company provides high-performance and customized biomaterial solutions for a variety of clinical scenarios such as stem cell therapy, tissue filling and repair, and ocular vitreous implantation, empowering the development of biomedicine and clinical medicine with innovative material technologies.

上海睛澈医疗科技有限公司位于上海闵行区，以核酸超分子水凝胶为核心技术，深耕新型生物材料领域，专注于技术研发、成果转化与临床落地应用。公司核心产品为全球首创的核酸超分子水凝胶，凭借精准分子设计、优异生物相容性与力学性能，为干细胞治疗、组织填充修复、眼玻璃体植入等多类临床场景，提供高性能、定制化的生物材料解决方案，以创新材料技术赋能生物医药与临床医疗发展。

天玑算·科研服务

天玑算是一家专注于AI for Science领域、深耕“人工智能+模拟计算”的国家级高新技术企业、省级专精特新中小企业，致力于为高校、科研院所及研发型企业提供模拟计算、算力租用、服务器定制、学术培训、实验检测、AI模型定制等科研一体化解决方案。公司以“让科研资源普惠可及”为使命，以人工智能为核心驱动力、自研算法为底层支撑，构建全链条、一体化、开放式的AI科研服务新生态，让高端算力、精准算法、专业服务像水、电一样便捷可及，以硬核科技赋能全域科研创新，坚守科研报国的初心与担当。

团队深耕模拟计算领域十余年，历经十余万项科研项目实战淬炼，在持续技术迭代中沉淀了深厚的技术底蕴与稀缺的行业经验，搭建起覆盖多尺度、多物理场、多交叉学科的完备算法矩阵。这套算法体系精准适配各类复杂科研计算场景，从根源上突破传统科研计算效率低下、精度不足、研发周期漫长的核心瓶颈，为AI for Science落地实践筑牢技术根基。

依托核心算法优势，天玑算自主研发核心战略产品——天玑玻恩·计算智能体，深度融合前沿AI技术与高精度物理化学底层模型，实现智能算法与科研全流程的深度绑定，将核心算法能力无缝嵌入科研选题、实验设计、模拟计算、结果分析全环节。这款智能体以算法创新打破传统科研服务边界，彻底重构智能化科研新范式，真正实现算法驱动科研、智能引领变革，成为AI for Science从理念走向实操的核心载体。

围绕天玑玻恩·计算智能体，天玑算全面搭建闭环式AI科研服务生态，在夯实模拟计算、算力租用、实验检测、学术培训等核心业务的基础上，加速迭代科研一体机等创新产品，同时推进计算智能体在超算中心的打包部署，实现算力与算法深度融合、一体化输出，最大化释放智能体的科研赋能效能。

面向未来，天玑算前瞻布局测试智能体，推动智能体能力从计算模拟域向实验实操域延伸，打造覆盖科研全生命周期的智能服务体系，补齐AI for Science从理论计算到实验验证的最后一环，打通科研创新全流程闭环。

未来，天玑算将继续以核心算法为基石、以全场景智能体为核心引擎，持续深耕AI for Science领域，推动AI赋能科研从单点突破走向全域普及，助力中国科研迈向更高效、更精准、更智能的全新阶段，为国家科研创新事业注入持久智能动力。

Phadcal Research Services

Phadcal is a national high-tech enterprise and a provincial-level specialized, sophisticated, and innovative SME dedicated to the AI for Science domain, with a deep focus on "artificial intelligence + simulation computing." We are committed to providing universities, research institutes, and R&D enterprises with integrated scientific research solutions, including simulation computing, computing power leasing, server customization, academic training, experimental testing, and AI model customization. With the mission of "making research resources accessible and inclusive," the company leverages artificial intelligence as its core driver and proprietary algorithms as its foundational support. We aim to build a comprehensive, integrated, and open AI research service ecosystem, making high-end computing power, precise algorithms, and professional services as accessible and convenient as utilities like water and electricity. Through cutting-edge technology, we empower innovation across all research domains, steadfastly upholding our commitment to advancing scientific research for the nation.

Our team has over a decade of experience in simulation computing, honed through practical application in more than 100,000 research projects. Through continuous technological iteration, we have accumulated profound expertise and rare industry insights. We have built a robust algorithm matrix covering multi-scale, multi-physics, and interdisciplinary scenarios. This algorithm system is precisely tailored to meet the demands of diverse and complex research computing environments, addressing the core bottlenecks of traditional research computing—inefficiency, insufficient accuracy, and prolonged R&D cycles—thereby laying a solid technical foundation for the practical implementation of AI for Science.

Leveraging our core algorithmic advantages, Phadcal has independently developed its flagship strategic product—the Tianji Born·Computing Intelligent Agent. This system deeply integrates cutting-edge AI technology with high-precision physical and chemical models, seamlessly embedding intelligent algorithms into the entire research workflow, from topic selection and experimental design to simulation computing and result analysis. This intelligent agent breaks the boundaries of traditional research services through algorithmic innovation, fundamentally redefining the paradigm of intelligent research. It truly enables algorithm-driven research and intelligence-led transformation, serving as the core vehicle for translating AI for Science from concept to practice.

Centered on the Tianji Born·Computing Intelligent Agent, Phadcal is building a closed-loop AI research service ecosystem. In addition to strengthening core offerings like simulation computing, computing power leasing, experimental testing, and academic training, we are accelerating the iteration of innovative products such as integrated research machines. We are also deploying the Computing Intelligent Agent in supercomputing centers, achieving deep integration and unified output of computing power and algorithms to maximize the agent’s research-enabling potential.

Looking ahead, Phadcal is proactively planning the Testing Intelligent Agent to extend intelligent capabilities from computational simulation to practical experimentation. This will create a research lifecycle-spanning intelligent service system, bridging the final gap in AI for Science from theoretical computation to experimental validation, thereby closing the loop in the innovation process.

In the future, Phadcal will continue to build on its core algorithms and leverage full-scenario intelligent agents as its central engine. We remain dedicated to advancing the AI for Science field, driving the transition of AI-enabled research from isolated breakthroughs to widespread adoption, and helping Chinese research enter a new phase of higher efficiency, greater precision, and enhanced intelligence. We aim to inject sustained intellectual momentum into the nation’s scientific research and innovation endeavors.