学术资讯信息

2025年两院院士增选结果揭晓,144人当选(附全名单)

11月21日,2025年两院院士增选结果正式揭晓,共有144人当选,院士队伍的年龄结构、学科、地区和行业布局进一步优化。

共选举产生中国科学院院士73人。其中,数学物理学部14人,化学部11人,生命科学和医学学部13人,地学部9人,信息技术科学部11人,技术科学部15人。新当选院士平均年龄57.2岁,最小年龄44岁,最大年龄66岁,60岁(含)以下的占67.1%。女性科学家有5人当选。院士队伍的结构进一步优化。本次增选后,中国科学院共有院士908位。2025年新当选中国科学院外籍院士27人,来自15个国家,外籍院士的国别分布更加广泛。本次选举后,中国科学院共有外籍院士173位。

共选举产生中国工程院院士71人。其中,机械与运载工程学部11人,信息与电子工程学部9人,化工、冶金与材料工程学部10人,能源与矿业工程学部12人,土木、水利与建筑工程学部7人,环境与轻纺工程学部6人,农业学部8人,医药卫生学部8人。此次中国工程院院士增选中,女性科学家有8人当选,还有一批国防和国家安全领域承担重大任务的专家、多位民营科技领军企业的专家以及6位扎根西部边远地区的优秀专家当选。本次增选后,中国工程院共有院士1002位。2025年新当选中国工程院外籍院士24人。本次选举后,中国工程院共有外籍院士148位。

本次增选后,中国科学院院士总数为908人,外籍院士总数为173人;中国工程院院士总数为1002人,外籍院士总数为148人。

来源:中国科学院、中国工程院,仅用于学术分享,如有侵权请联系删除。

252025-11-21

【ISRAI 2025】机器人与人工智能国际会议在长春圆满闭幕

11月14日至11月16日,机器人与人工智能国际会议(ISRAI 2025)在长春隆重召开。本届会议由吉林省机器人学会组织,长春理工大学主办,长春理工大学人工智能学院(研究院)和长春汽车职业技术大学承办,并获得了吉林省人工智能学会,长春理工大学计算机科学技术学院,长春理工大学电子信息工程学院,吉林省脑信息与智能科学国际联合研究中心,爱迩思出版社(ELSP),ESBK国际学术交流中心,AC学术中心等高校与学术单位的共同协办。旨在汇聚机器人与人工智能领域的顶尖学者与行业精英,共同探讨前沿技术,推动学术交流与技术发展。

大会现场

本次会议主题涵盖了机器人、人工智能相关的多学科,共吸引了百余专家学者参与,共设立3场主旨报告,5场特邀报告以及分会场设置院长论坛和Workshop报告环节。首先,邀请到了吉林省机器人学会理事长杨华民教授致开幕辞。杨华民教授先对到场的来宾表示欢迎,他表示,学术研究绝非闭门造车,希望各位能携手,打破学科壁垒、突破技术瓶颈,让实验室里的前沿成果不再束之高阁,而是快速转化为推动产业升级、改善民生福祉的强劲动力。

吉林省机器人学会理事长杨华民教授致开幕辞

西安电子科技大学王楠楠教授的报告从架构设计、推理步骤和参数量化三个方面对神经网络压缩和稳定训练进行了探讨,并有望为边缘设备需求的大型模型构建全面的轻量级解决方案,实现资源消耗和模型性能之间的良好平衡。

西安电子科技大学王楠楠教授作主旨报告

中国科学技术大学 Nikolaos Freris 教授介绍了仿生软螺旋机器人,通过3D打印,它们可以轻松快速地构建任意规模。此外,一个机器人可以处理各种各样大小、形状和重量的物体。

中国科学技术大学 Nikolaos Freris 教授作主旨报告

浙江大学Shadiev Rustam教授展示了人工智能驱动的语音工具重塑教育格局的前景,并为旨在将此类技术整合到教学实践中的教育工作者和研究人员提供了实用的见解。

浙江大学Shadiev Rustam教授作主旨报告

特邀报告随后举行。吉林大学周淼磊教授、张锐教授,中国科学院长春光机所胡海飞副研究员,哈尔滨工业大学关毅教授,吉林大学高一星副教授分别就仿生类人机器人、软地形仿生运动机制与设备、太空载荷精密装配方案、系统相似性模型、机器人学习等领域分享最新成果,并与听众展开交流。

在下午的院长论坛和分会场报告中,与会人员围绕会议主题进行了深入研讨。

院长论坛照片

分会场报告照片

机器人与人工智能国际会议在长春圆满落幕。大会汇聚中外专家学者,围绕机器人与人工智能前沿深入交流,分享最新成果,探讨未来趋势,激发跨界合作,为学科发展和产业创新注入新动能。

582025-11-18

【ASIM 2025】第四届先进传感与智能制造学术会议在常州大学召开

2025年10月31日至11月2日,第四届先进传感与智能制造学术会议(ASIM 2025)在常州大学召开。本次会议由常州大学、智能制造龙城实验室、常州工学院共同主办,江苏理工学院、南京工业大学、爱迩思出版社(ELSP)协办,并获IEEE南京分会、武汉理工大学、江汉大学、ESBK国际学术中心、AC学术平台等多家单位支持。

会议积极响应国家制造强国战略,聚焦先进传感与智能制造前沿议题,吸引了来自97家高校、科研机构与企业的200余名专家学者参会,深入探讨该领域的最新进展与发展趋势。智能制造龙城实验室执行主任王永青,西安交通大学米兰理工联合学院执行院长杨树明,南京大学博士生导师李根喜,香港理工大学教授徐宾刚,常州大学党委副书记、校长陈海群出席会议。机械学院院长刘麟主持大会开幕式。

大会现场

陈海群在大会开幕式致欢迎词。他强调,在新一轮科技革命推动下,制造业正加速向“高端化、智能化、绿色化”迈进。本次会议围绕先进传感与智能制造的关键科学与工程问题,搭建了跨学科对话平台,具有重要意义。他希望以此次学术会议为契机,进一步促进智能制造领域科技创新与产业融合,深化与国内外高校及企业的合作,为制造业转型升级贡献“常大智慧”。

与会专家学者

大会报告环节,王永青、杨树明、李根喜、徐宾刚分别作《智能制造中的集成测量-加工技术》《半导体芯片缺陷检测新方法探索》《基于生物传感器的外泌体分析方法及其在癌症精准诊断中的应用》《先进的可穿戴传感技术》大会主旨报告,分享了最新研究成果。常州大学沈惠平教授作《一种新型折叠运动平台并联机构的设计与分析》特邀报告,江苏汤姆森智能装备有限公司董事长汤建华作《智能制造赋能包装装备产业新质生产力》行业特邀报告,展现了产学研深度融合的实践成果。

院长论坛现场

会议期间举行了院长论坛,河海大学机电工程学院院长丁坤、常州工学院电气信息工程学院院长毛国勇、江苏理工学院机械学院副院长(主持工作)康绍鹏、江南大学机械学院副院长钱善华、苏州工学院机械学院副院长张斌,以及常州大学机械学院院长刘麟,围绕各学院的学科特色、人才培养亮点等开展了深入交流。

11月1日下午,会议设置四个平行分会场,86场报告围绕柔性电子、生物传感、纳米制造、数字孪生、机器视觉、智能机器人等热点方向展开多维探讨,会议现场学术氛围浓厚。会后,部分参会人员参观了中国(常州)德国中心、同方威视科技江苏有限公司,实地感受常州金坛的智能制造产业生态。

本次会议为专家学者搭建了高水平学术交流平台,有力促进了先进传感与智能制造领域的创新协作与成果转化,为推动智能制造行业高质量发展汇聚了智慧与力量。

1132025-11-13

Omni-modal language models: Paving the way toward artificial general intelligence

The survey “A Survey on Omni-Modal Language Models” offers a systematic overview of the technological evolution, structural design, and performance evaluation of omni-modal language models (OMLMs). The work highlights how OMLMs enable unified perception, reasoning, and generation across modalities, contributing to the ongoing progress toward Artificial General Intelligence (AGI).

image: Omni-modal language models integrate modality alignment, semantic fusion, and joint representation to enable unified perception and reasoning across text, image, and audio modalities.

Credit: Zheyun Qin & Lu Chen / Shandong University & Shandong Jianzhu University

Recently, Lu Chen, a master’s student at the School of Computer and Artificial Intelligence, Shandong Jianzhu University, in collaboration with Dr. Zheyun Qin, a postdoctoral researcher at the School of Computer Science and Technology, Shandong University, published a comprehensive review entitled “A Survey on Omni-Modal Language Models” in AI+ Journal.

The paper provides an in-depth analysis of the core technological evolution, representative architectures, and multi-level evaluation frameworks of omni-modal language models (OMLMs)—a new generation of AI systems that integrate and reason across multiple modalities, including text, image, audio, and video.

Unlike traditional multimodal systems dominated by a single input form, OMLMs achieve modality alignment, semantic fusion, and joint representation learning, enabling dynamic collaboration among modalities within a unified semantic space. This paradigm allows end-to-end task processing—from perception to reasoning and generation—bringing AI one step closer to human-like cognition.

The study also introduces lightweight adaptation strategies, such as modality pruning and adaptive scheduling, to improve deployment efficiency in real-time medical and industrial scenarios. Furthermore, it explores domain-specific applications of OMLMs in healthcare, education, and industrial quality inspection, demonstrating their versatility and scalability.

“Omni-modal models represent a paradigm shift in artificial intelligence,” said Lu Chen, the first author of the paper.

“By integrating perception, understanding, and reasoning within a unified framework, they bring AI closer to the characteristics of human cognition.”

Corresponding author Dr. Zheyun Qin added:

“Our survey not only summarizes the current progress of omni-modal research but also provides forward-looking insights into structural flexibility and efficient deployment.”

This work offers a comprehensive reference for researchers and practitioners in the field of multimodal intelligence and contributes to the convergence of large language models and multimodal perception technologies.

This paper was published in AI Plus (Chen L., Mu J., Wang J., Kang X., Xi X., Qin Z., A Survey on Omni-Modal Language Models, AI Plus, 2026, 1:0001. DOI: 10.55092/aiplus20260001).

Source from [https://www.eurekalert.org/news-releases/1105454].

802025-11-12

The 2nd International Conference on Civil Engineering and Smart Construction (ICCESC 2025)

The evolution of civil and hydraulic engineering spans across historical eras, deeply intertwined with societal, economic, and scientific advancement. Particularly, it mirrors the progress in science and technology. Emerging as the harmonious amalgamation of contemporary information technology and construction, intelligent construction emerges as the prime catalyst propelling the transformation and enhancement of the construction sector, steering it towards modernization.

Centered around civil engineering, water management, and intelligent construction, this conference strives to bridge the latest scholarly accomplishments with the existing industrial technological landscape. It aims to furnish diverse insights to businesses, educational institutions, and academics, comprehensively showcasing novel technologies, innovative paradigms, and recent milestones in related domains. By doing so, it aims to foster synergistic growth between academic accomplishments and industrial progress.

Conference Information

- Conference Theme: The 2nd International Conference on Civil Engineering and Smart Construction (ICCESC 2025)

Official Website: https://www.ic-cesc.com/

- Publication: All accepted papers will be published in the conference proceedings and submitted to Springer (the first edition has been successfully indexed).

Registration Fee Waive Policy

Contact Publishing Consultant Rona at ronnaggr86@gmail.com.

Call for Papers

The conference is soliciting state-of-the-art research papers in the following areas of interest:

Civil Engineering

Geotechnical Engineering

Structural Engineering

Geological Engineering

Seismic Engineering

Railway Engineering

Highway Engineering

River&Coastal Engineering

Port and Waterway Engineering

Tunnel and Bridge Engineering

Construction Technology

Civil Engineering Design and Theory

Civil Engineering Material

Civil Engineering Machinery and Equipment

Disaster Prevention and Mitigation

Architectural design and its theory

Hydraulic Engineering

Engineering Hydrology

Water and Hydropower Calculation

Engineering Survey

Smart Construction

Smart construction

Intelligent Construction

Intelligent design

Intelligent equipment

Man-machine collaboration

Intelligent construction system development and application practice

Green construction technology and intelligence

Intelligent construction equipment and robots

Digital construction

Intelligent technology

Green building

Green Architecture

Intelligent building

Engineering intelligent design

Intelligent construction algorithm

Intelligent construction robot technology

Intelligent engineering survey and planning

Engineering informatization

Engineering intelligence

Wireless transformation

Communication System Engineering

Predictive maintenance

Garage management system engineering

Building Equipment Automatic System

Security monitoring and anti-theft alarm system engineering

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Submission Guidelines

1. Prospective authors are kindly invited to submit full papers that include title, abstract, introduction, tables, figures, conclusion and references. It is unnecessary to submit an abstract in advance. Please submit your papers in English.

2. One regular registration can cover a paper of 8 pages, and additional pages will be charged. Please format your paper well according to the conference template below before submission.

3. Paper Template: Please prepare your paper in both .doc/.docx and .pdf format and submit your full paper.

Template:

(Click me)

doc/.docx :http://www.icivis.net/?attachment_id=25318&download=1

LaTeX:http://www.icivis.net/?attachment_id=24810&download=1

Submission: please click here for paper submission.

https://cms.elspub.com/submission/stepone?conf_id=1730114919184449536&type=submit

Contact

Submit your work today!

Email: ronnaggr86@gmail.com

Tel / WeChat: Rona +86 15507494120 (Conference Secretry)

Source from [https://www.eurekalert.org/news-releases/1105456].

912025-11-12

The 4th International Conference on Green Building, Civil Engineering and Smart City (GBCESC 2025)

With the development of science and technology, green technology and various advanced information technology have been utilized to make cities more and more low-carbon, intelligent and ecological.  Cities can operate more efficiently and the life quality of urban residents can be improved as civil construction, city planning, management and services developed.

GBCESC 2025 aims to offer research scholars and engineers a platform for the interchange of cutting-edge technological achievements.  During the conference, the scholars, experts and engineers will be able to exchange technical knowledge, discuss innovative and effective solutions and address challenges in the fields of green building, civil engineering and smart city.

We warmly invite experts and scholars to participate in GBCESC 2025. Hope you can enjoy a joyful and fruitful academic journey.

Conference Information

- Conference Theme: The 4th International Conference on Green Building, Civil Engineering and Smart City (GBCESC 2025)

- Date: December 5-7, 2025

- Location: Xiangtan, China

- Sponsored by : Hunan Institute of Engineering

Organized by: School of smart construction and energy engineering, Hunan Institute of Engineering

Co-Sponsored by:

Hunan University

Central South University

Guilin university of technology

Beijing University of Technology

Kunming University of Science and Technology

Henan Provincial Engineering Research Center for Ecological Architecture and Environmental Construction

Hunan Institute of Science and Technology

Xiangtan University

Hunan University of Science and Technology

Supported by:

American Concrete Institute

Soochow University

Nanjing Tech University

Southwest Forestry University

Yunnan Agricultural University

Northwestern Polytechnical University

The University of Saint Joseph

Committee on Infrastructure Seismic Protection and Disaster Mitigation, Seismological Society of China

High-Speed Railway of Construction Technology of National Engineering Research Center of China

China-Portugal Joint Laboratory of Cultural Heritage Convservation Science Supported - The Belt and Road Initiative

China Association of Building Energy Efficiency

Key Lab for Intelligent Infrastructure and Monitoring of Fujian Province

- Publication: All accepted papers will be published in the conference proceedings and submitted to Springer (the first edition has been successfully indexed).

Registration Fee Waive Policy

Contact Publishing Consultant Rona at ronnaggr86@gmail.com.

Call for Papers

The conference is soliciting state-of-the-art research papers in the following areas of interest:

Green Building

Habitat Reconstruction

Ecological Architecture

Building Energy-Saving Technology

Building materials (green materials, advanced materials, traditional materials)

Architectural Environment and Equipment Engineering

Intelligent Building

Carbon Capture and Storage

Indoor Environment

Urban Planning and Design

Civil Engineering

Geological Engineering

Municipal Engineering

Disaster Prevention and Mitigation Engineering

Structural Engineering

Heating, Gas, Ventilation and Air Conditioning Engineering

Road Engineering

Bridge and Tunnel Engineering

Tunnel and Underground Engineering

Water Supply and Sewerage Project

Ocean Engineering

Port Engineering

Seismic Engineering

Computer Simulation

Road Survey and Design

Hydromechanics

Soil Mechanics

Construction Technology and Management

Engineering Geology

Intelligent Construction

Smart City

Smart Buildings

Smart Transportation

Intelligent Transportation Systems

Smart Environment

Smart Living

Smart Mobility

Smart Healthcare

Smart Home

Environment and Urban Monitoring

Deployments for Smart Cities

Smart Water System

Smart Manufacturing and Logistics

Information and Communication Technologies (ICT) for Smart City

Internet-of-Things for Smart Cities

Smart Mobile Devices

Human-Machine Interfaces

Deployments for Smart Cities

Smart Grid

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Submission Guidelines

Both abstract and full paper submissions are accepted.

Paper should be written in English, of academic value and must not have been previously published in academic journals or conference proceedings, either domestically or internationally.

Requirements for papers included in conference proceeding:

The abstract, keywords, and conclusion sections must reflect the conference's theme. The article should primarily include technical papers that feature a methodology, figures and charts, experimental data, and results.

Please know that a high Similarity percentage/ spotted plagiarism in any form/ type may lead to rejection of the complete manuscript. Similarity rate should not exceed 10-15%  (and no more than 5% for each source).

Authors are required to submit original Full Paper of at least 12 pages without references(in correct format), and contain 4,000 words, excluding references and the first page.

The paper includes a maximum of 30 references and a minimum of 10 references. Self-citations and webpages citation are not allowed; you may use only a self-citation as a reference where this is appropriate and approved by the editor.

Any plagiarism or AI-generated content are not allowed.

Please revise the paper and return the author response after you receive reviewer's comments.

Please prepare your papers on the basis of full paper Template(http://www.gbcesc.org/?attachment_id=17537&download=1), abstract template(https://www.gbcesc.org/?attachment_id=17304&download=1), Please also check the Author Guideline(https://www.springer.com/gp/authors-editors/book-authors-editors/your-publication-journey/manuscript-preparation).

For paper authors who plan to attend the conference or give an oral/poster presentation, please complete the registration via the following link:

https://topchair.academicenter.com/registration/1912436705442619392

Host City & Organizers

Xiangtan(湘潭)is a vibrant city steeped in history and culture, nestled along the Xiang River. Known as the hometown of Mao Zedong, it attracts visitors with its revolutionary heritage sites and serene landscapes. The city's old streets are dotted with traditional architecture, while modern developments blend seamlessly with its historic charm. Xiang Tan is also famous for its lotus flowers and local cuisine. Though it may not be a primary tourist destination, it offers a peaceful retreat for those exploring central China, with most visitors being domestic tourists.

Join Us in 2025!

Whether you are submitting a paper, attending workshops, or exploring industry exhibitions, GBCESC 2025 promises to inspire and connect the global Civil Engineering community. Visit our website for updates on keynote speakers, social events, and travel information.

Contact

Submit your work today!

Email: ronnaggr86@gmail.com

Tel / WeChat: Rona +86 15507494120 (Conference Secretry)

Source from [https://www.eurekalert.org/news-releases/1105455].

662025-11-12