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.

In this lecture I will focus on characterization problems involving VMRT's and sub-VMRTs.In addition, we give applications of our study of sub-VMRT structures to rigidity problems conceming proper holomorphic maps on the interface of several complex variables and Cauchy-Riemann geometry (Kim-Mok-Seo 2023) and to the characterizationof certain holomorphic isometric embeddings of the complex unit ball in Kähler geometry(Mok-Yang)

Jennifer Eichman, a 2005 Princeton - educated doctorate and independent scholar. She published A Late Sixteenth - Century Chinese Buddhist Fellowship in 2016. Her works also appear in T’oung Pao and other top journals.

In the talk we will review PDE methods in geometric analysis, mainly Li Yau gradient estimates, Sacks-Uhlenbeck blow-up analysis, and the geometric flow method. We will also talk our results in the fields.

This talk will give an overview of the major scientific discoveries and technical innovations behind the development of MRI and discuss new exciting opportunities available to develop next-generation AI-powered MRI systems.

Speaker:Andrew T. ForcehimesVenue: Chengjunyuan, Building 4, Room 311Time:27th December, 2024 14:00Abstract:Reasonableness lies at the heart of normativity. To claim that you are being reasonable is to claim that you have lived up to the standards of reason. To claim that you are being unreasonable is to claim that you have not. Yet not everything is open to assessments of reasonableness. The actions and attitudes of cognitively unsophisticated animals are neither reasonable nor unreasonable. Th

Speaker:Shiyang Ma(Shanghai Jiaotong University)Venue: Zijingang Campus, Administration Building, Room 1417Time:20th December, 2024 14:00Abstract:Local genetic correlation analysis is an important tool for identifying genetic loci with shared biology across traits. Recently Border et al. have shown that the results of these analyses are confounded by cross-trait assortative mating (xAM) leading to many false positive findings. Here we describe LAVA-Knock, a local genetic correlation method that

Speaker:Prof Chengchen GuoVenue:ZJE科研楼，A203-1Time: 19th December, 2024 15:00-18:00

We give a brief introduction on the qualitative analysis of nonlinear problems arising from geometry, functional analysis and tluid mechanics.

Speaker:Carl-Philipp Heisenberg (ISTA)Venue: Zijingang Campus, Limoxi Building, Zijingang HallTime: 19th, Nov 16:00

Speaker: Lucia BoldriniVenue: Zijingang Campus, East 5-102Time: Nov 8th, 10:00-12:00

Speaker:Michel SadelainVenue: Zijingang Campus, School of Medicine, Room 205Time: Nov 8th, 10:00-11:00

Speaker: Ottmar EtteVenue:Zijingang Campus, East 1B-315Time:10:00-12:00, NOV 1st, 2024

Multi-task learning is a widely used technique for harnessing information from various tasks. Recently, the sparse orthogonal factor regression (SOFAR) framework, based on the sparse singular value decomposition (SVD) within the coefficient matrix, was introduced for interpretable multi-task learning, enabling the discovery of meaningful latent feature-response association networks across different layers.

I propose a new way of arriving at a Renaissance-Medieval distinction. Medieval theology had favored the independent status of ideas, defined by Aquinas and others as existing in the mind of God. By contrast Pico sees only a divine emanationism, by which God creates or produces only a first hypostasis from which ideas arise subsequently. Thus we can associate the Renaissance with a new primacy of creative activity or process over a previously-stable medieval world order based on ideationism. 

This presentation explores the groundbreaking advancements in 4D PMCW radar technology, focusing on its applications in autonomous driving and smart cities. We will discuss how PMCW(Phase Modulated Continuous Wave) radar offers superior performance compared to traditional radar systems, addressing key challenges like RF system design, radar system integration, static target detection, signal processing, and cost efficiency.

Mohammed Abouzaid joined our department in 2023 as a Professor of Mathematics. He is currently teaching Topics in Symplectic Geometry. Mohammed completed his PhD at the University of Chicago in 2007. His primary research interest is in structures arising from studying Floer theory on Symplectic manifolds, as well as their applications. Mohammed has received awards such as the Invited ICM Lecture (2014) and New Horizons Prize (2017)