Top30名校背景提升规划课程由集思未来开发,由Top30院校教授、博士、学长学姐进行开展,梳理科研对于升学的重要性和必要性,帮助学生了解冲击Top30名校的秘诀,以及解决绩点低、无大牛推荐信、无论文发表的问题,挖掘科研兴趣,便于学生申请深造择校阶段,对科研有更深刻的理解和认知,提前进行科研规划,降低试错成本,形成良性长久的升学发展路线。
L1:无任何学科经验的高中生
L2:对学科基础知识有了解的高中生;跨专业大学生
L3:对行业有相当研究,优秀的高中生;本专业大学生
L4:优秀的大学生;研究生
生态学专题:热带、寒带等不同生态系统中的物种演化与全球分布格局探究
Andrew 教授是剑桥大学生态系统与全球变化小组负责人、植物科学系终身正教授;兼任加拿大特伦特大学气候变化与北方生态系统研究组负责人。他在其研究领域——生态学、进化生物学和生物地球化学领域的工作得到国际认可,并在理解环境变化如何影响生物多样性、碳封存、粮食生产和饮用水等方面做出了根本性的发现。他曾多次在Nature Communications、Journal of Ecology、Journal of Applied Ecology等生物生态学期刊上发表高质量文章,其Google Scholar 总引用达到了4300余次,i10指数82。
Professor Andrew is Head of the Ecosystems and Global Change Group and tenured full Professor of Plant Sciences at the University of Cambridge; He is also head of the Climate Change and Northern Ecosystems Research Group at Trent University, Canada. He is internationally recognized for his work in ecology, evolutionary biology, and biogeochemistry and has made fundamental discoveries in understanding how environmental change affects biodiversity, carbon sequestration, food production, and drinking water. He has published high-quality articles in Nature Communications, Journal of Ecology, Journal of Applied Ecology, and other bioecological journals, and his Google Scholar has been cited more than 4300 times. i10 index 82.
本课程向学生介绍植物的生态学、进化和生物地理学。植物是许多全球问题的焦点,包括如何在气候变化的情况下影响地球生态和生物多样性的保持。本课程将从分子生物学和生理学的角度,研究植物在地质时间尺度上生存、进化和发展;为什么植物在不同的环境中生长?以及这些植物如何在全球范围内塑造物种的分布?最后,我们将讨论为什么物种多样性在整个植物生命树和地球上不同地方差异很大的理论,并探索建模方法来回答植物生态学和进化中的关键问题。在整个课程中,我们将进行练习来增加我们对R计算环境的熟悉和应用。This course introduces students to the ecology, evolution, and biogeography of plants. Plants are a focus of many global issues, including how to feed the planet and maintain biodiversity in the face of climate change. This course will examine the molecular to physiological advances that plants have evolved over geological timescales. These adaptations will be used to understand why plants grow in different environments and how these adaptations shape the distributions of species at a global scale. Finally, we will discuss theory for why species diversity varies widely across the plant Tree of Life and across different places on Earth and explore modelling approaches to answer key questions in plant ecology and evolution. Throughout this course, we will undertake exercises to increase our familiarity and application with the R computing environment. R is an open-source programming language that is a standard in academia and industry to analyse and model data.
2023暑期线下科研·武汉:应用数学专题:数学视角看世界 不规则几何图形的周长测算方法研究 以英国海岸线为例
Jeoren教授曾在荷兰奈梅亨大学学习理论物理学,1994年在阿姆斯特丹大学获得理论物理学博士学位。1995-1999年在华威大学数学研究所(作为欧盟HCM研究员,EPSRC研究助理和讲师),1999年以来在伦敦帝国理工学院(2005年作为应用数学教授)。在此期间,他还获得了休斯顿大学的NWO人才研究奖学金(1998年)和伦敦帝国理工学院的EPSRC高级研究奖学金(2001-2006年)。2009年-2016年,教授担任帝国理工学院数学系研究主任。随后与2016-2019,任职于欧盟HORIZON 2020-创新研究培训网络(ITN)“复杂系统中的关键转变”(CRITICS)工程项目。并于2019年担任英国工程和自然科学研究理事会(EPSRC)随机系统数学博士培训中心委员。近年来,他担任过不同的访问职位,例如,在IMPA(里约热内卢de Janeiro)、UNICAMP(坎皮纳斯)、MSRI(伯克利)、CRM(蒙特利尔)和rim(京都)。Jeoren教授是数学系动力系统研究小组的创始人(与Stefano Luzzatto于2000年合作)。 Professor Jeoren studied Theoretical Physics at the University of Nijmegen in The Netherlands and obtained his PhD in Theoretical Physics from the University of Amsterdam in 1994. Since 1995 he has resided mainly in the UK, from 1995-1999 at the Mathematics Institute of the University of Warwick (as an EU HCM Research Fellow, EPSRC research associate and lecturer) and since 1999 at Imperial College London (per 2005 as Professor of Applied Mathematics). During this period, he also held an NWO Talent Research Fellowship at the University of Houston (1998) and an EPSRC Advanced Research Fellowship at Imperial College London (2001-2006). In recent years he had various visiting positions, for instance at IMPA (Rio de Janeiro), UNICAMP (Campinas), MSRI (Berkeley), the CRM (Montreal) and the RIMS (Kyoto).
分形是具有自相似性的几何对象。分形的数学理论是非常现代的,已经发现了从生物,化学,物理到金融等诸多方向应用。分形,如著名的曼德尔布罗特集,也因其内在美而受到艺术欣赏。本项目旨在用不同的分形举例,挑战学生传统的直觉,在理论和实践中学习分形的相关知识。Fractals are geometric objects characterized by self-similarity. The mathematical theory of fractals is very modern and has found already numerous applications, from biology, chemistry, and physics to finance! Many fractals, such as the celebrated Mandelbrot set, are also appreciated artistically for their intrinsic beauty.In this course the participants will be introduced to fractals in an example-driven journey that will challenge conventional intuition and lead to an appreciation of fractals in theory and practice.
机械工程 智能制造专题:未来工业智能化核心应用工具研究 以3D打印、物联网和工业制造AI算法为例
Christopher 导师现任牛津大学终身教授兼任剑桥大学工程系高级教职,仿生系统研究团队负责人,曾负责剑桥大学圣约翰学院的本科生管理和招生工作。Christopher 导师于2008年在密歇根大学(University of Michigan)获得跨学科物理学士学位后,在美国核管理委员(Nuclear Regulatory Commission,简称NRC)会担任顾问科学家。2015年在加州大学圣巴巴拉分校(UCSB)获得了材料学博士学位,研究方向为有机光伏的损耗机制。随后,他获得了生物技术领域惠特克国际公司的博士后奖学金。Christopher 导师共发表论文40余篇,多次获得著名奖项和研究金,其中有美国国家科学基金会奖金、材料研究学会奖金、英国生物技术和生物科学研究理事会奖金等。2022年荣获欧洲研究委员会(ERC)启动奖,用于开发相关领域的新技术。
Professor Christopher is a tenured Professor at the University of Oxford and a Senior Faculty member in the Department of Engineering at the University of Cambridge. He is the head of the Biomimetic Systems Research Group and was responsible for undergraduate management and recruitment at St John's College, Cambridge. After receiving his Bachelor of Science degree in Interdisciplinary Physics from the University of Michigan in 2008, Dr. Christopher served as a consultant scientist at the Nuclear Regulatory Commission. In 2015, he received his PhD in Materials science from University of California Santa Barbara. His research direction is loss mechanism of organic photovoltaic. He then received a postdoctoral fellowship at Whittaker International in the field of biotechnology to develop implantable bioelectronic devices for the treatment of neurological diseases at the Bioelectronics Department of the Universite de Saint-Etienne. Professor Christopher has published more than 40 papers and won many prestigious awards and fellowships, including grants from the National Science Foundation, the Materials Research Society, and the Biotechnology and Biological Sciences Research Council of the United Kingdom. He is awarded European Research Council (ERC) Starting Grant (The grant will assist the development of new bioelectronic technologies with a focus on treating neurological disorders such as epilepsy).
本课程我们将聚焦工程领域中前沿的三个关键技术: 3D打印技术、电子传感器和传感网络、人工智能工程化,从计算机科学、大数据、以及电子信息技术多个方面去研究工业制造中的先进技术基础和实现工具,并结合工业案例进行深入分析。从消费电子产品到土木建筑,从医疗保健到商业,这些前沿技术和工具正在塑造新的生态。本课程还将探讨这些工具和技术背后的工程和科学概念。 个性化研究课题:3D打印海藻酸钠基生物功能材料研究、3D打印技术制备医用陶瓷材料、由AI辅助制造技术实现的3d打印多功能材料、智能建筑模型3D打印系统研究、利用AI开发下一代3D打印药物。In this course we will focus on three key technologies at the forefront of engineering: 3D printing, new material properties and characterization, and artificial intelligence engineering, examining the foundations and tools for advanced technologies in industrial manufacturing from computer science, big data, materials science, and electronics, with in-depth analysis of industrial cases. From consumer electronics to civil construction, from healthcare to business, these cutting-edge technologies and tools are shaping new ecologies. This course will also explore the engineering and scientific concepts behind these tools and technologies.