This presentation introduces a Bidirectional Granhics-Based Diaital Twin (Bi-GBDT) structural health monitorna tramework, Supported by various technologies such as digtal twin, virtual environments, deep learning, and finite element analyss, the Bi-GBDT tramework integrates the data acquisition, external damage identification, and intrinsic damage evaluation to achieve accurate and efficient structural condition assessments.

This talk aims to make these insights accessible to non-philosophers, using examples from recent advancements in AI, such as DeepSeek’s reasoning capabilities and breakthroughs at the intersection of biology and artificial intelligence.

In recent works with Songzi Li, Rong Lei and Yuzhao Wang, we further extend our results to the compressible $L^p$-Euler equation with damping and the $L^p$-Langevin deformation of flows on over Riemannian manifolds. Our results are new even for the one dimensional Euler equations with dampings. I will give a survey on these works.

This lecture will discuss this theme not abstractly but with examples, ranging from music to the colour of gold, and explain how quantum technology helps me do quantum physics.

Xiong Weiping, School of Marxism, Zhejiang University

Speaker:Professor Lasley StarkVenue: Seminar, 2A-203, ZJE Building, Haining CampusAbstract:Lesley Stark is Chair of Nucleolar signalling and Cancer Prevention at theUniversity of Edinburgh Institute of Genetics and Cancer. She isinternationally renowned for her work on aspirin prevention of coloncancer and the links she has established between cancer prevention, thenucleolus and NF-kB signalling. Her lab established that aspirin causesdegradation of a poll complex component, TIF-IA, which has pr

In this lecture, Sir Peter Piot will share his global health journey spanning half a century. During his speech, he will look back on his half-century of experience, envision a new landscape of global health, and explain the important role that China plays in it.

Large language models (LLMs) pretrained on massive data have shown their power as foundation models for pervasive tasks in natural language understanding and beyond.

·Prof. ZHU Jian Vice Dean of the School of Life Sciences, Peking UniversityBoya Distinguished Professor, Peking University ·Prof. ZHAO Chengtian Deputy Director, Institute of Marine Biodiversity and Evolution, Ocean University of ChinaZhufeng Distinguished Professor, Ocean University of China ·Prof. PAN Weijun Professor and Ph.D. SupervisorShanghai Institute of Nutrition and Health, Chinese Academy of Sciences ·Prof. XU Chengran Boya Distinguished Professor, Peking UniversityPrincipal

This report will introduce an important processing technique. Except possibly for the diagonal elements, the recovered quantum states are proportional to the corresponding elements of the initial states, and these elements satisfy the normalization condition.

In this report, Professor Terry Flew will explore how the rapid adoption of artificial intelligence (AI) by consumers and industries will transform our understanding of communication studies in terms of social practice and academic research.

In this talk, we propose some new algebraic structures of permutation polynomials (PPs) over finite fields.

This lecture will defend this rejection stance through the discussions by Rodriguez-Pereyra (2000, 2005). This lecture will also examine the priority nominalism proposed by Imaguire (2018).

Our research helps understand the basis of infertility and diseases that arise by germline mutation or epimutation.

A predominant feature of Chinese civilization is the widely-diffused respect for learning.

In this talk, we establish a parabolic version of the gauge fixing theorem on the Yang-Mills flow and apply itto prove the maximal existence of weak solutions of the Yang-Mills flow in vector bundles over a compactn-dimensional manifold with initial value Ao having the curvature Fao in L2(M) for n 4.

Application engineer of Molecular Devices high-content imaging system

Dónal O'Carroll FRSE, Chair of Stem Cell Biology, University of Edinburgh Centre for Regenerative Medicine, Wellcome Centre for Cell Biology, University of Edinburgh Ramesh Pillai, Group leader Department of Molecular and Cellular Biology, University of Geneva

This seminar will explore in great depth the use of academic footnotes and their relationship to research and documentation.

Prof. Suling Liu received her PhD. from Ohio State University, She conducted postdoctoral research on cancer stern cells at the University of Michigan Cancer Center and served as a Research Assistant Professor at the University of Michigan Medical School from 2010 to 2012. Currently, she is the professor in the Institutes of Biomedical Sciences at Fudan University.