School of Frontiers in Hydrodynamics, Effective Field Theory and Holographic Duality

8 Jul 2024, 07:00 → 22 Jul 2024, 21:30 Asia/Shanghai

吉林大学物理学院

School of Frontiers in Hydrodynamics, Effective Field Theory and Holographic Duality

Since the establishment of relativity and quantum mechanics in the early 20th century, modern physics has made significant progress in the fields of high-energy physics and low-energy condensed matter physics. However, computational methods based on the assumption of nearly independent particles and perturbation theory often fail to provide satisfactory answers to problems in strongly coupled systems. Some techniques developed to study strongly correlated systems involve a large number of microscopic degrees of freedom and typically require substantial computational resources. Establishing an effective framework for quantitatively describing the physical properties of strongly correlated systems has become an urgent issue in theoretical physics research.

One category of methods, involving fewer degrees of freedom and providing analytical solutions in some cases, such as fluid dynamics, effective field theory, and gravitational holographic duality, offers potential approaches to addressing strongly correlated problems. However, traditional fluid dynamics, fluid dynamics effective field theory, and holographic duality methods each have their own advantages and limitations. In current theoretical physics research, there is a growing tendency to integrate methods from different fields, corroborating with each other to explore the physical properties of systems from different perspectives.

To facilitate communication and collaboration across various fields, we are organizing this workshop, inviting relevant experts to impart knowledge, promoting the intersection of formal theoretical research and phenomenological research, and cultivating interdisciplinary researchers with a solid theoretical foundation.

Schedule:

Register on July 7th (Sun). The workshop will be held from July 8th(Mon) to July 21st(Sun). Free discussion on 22nd . Leave on July 23rd.

Please register. If you prefer to stay in xxx Hotel we preserved, please click it. As the number of rooms is limited, it's first come first served. If you need any help in booking a hotel by yourself, please contact us.

This conference is jointly organized by Jilin University, Institute of Theoretical Physics, Chinese Academy of Sciences, and Dalian University of Technology. College of physics and the graduate school of Jilin University are responsible for organizing the event. It is sponsored by the Theoretical Physics Special Fund of the National Natural Science Foundation of China.

Registration Location: Oriental Yuehua Hotel

Cafeteria: Lakeside Restaurant

Lecture Hall: Lecture Hall on the Second Floor of the Tianyuan Mathematical Center, School of Mathematics

 

Organizers: 

Song He, Li Li, Weijia Li, Hao Ouyang, Weimin Song, Haijun Wang, Zhe Yang，Lang Yu

Contact: 

Hao Ouyang(haoouyang@jlu.edu.cn),Lang Yu(yulang@jlu.edu.cn), Miao Zhou(zhoumiao@jlu.edu.cn)

---

流体力学、有效场论和全息引力理论物理前沿讲习班

自20世纪初相对论和量子力学确立以来，现代物理学在高能物理和低能凝聚态物理领域取得了显著进展。然而，基于近独立粒子假设和微扰论的计算方法在解决强耦合体系的问题上难以提供令人满意的答案。为研究强关联体系而发展出的一些技术手段涉及大量微观自由度，通常需要强大的计算资源。如何建立有效的框架来定量描述强关联体系的物理性质，成为理论物理研究的亟待解决问题。

一类涉及自由度较少，在一些情况下可得到解析结果的方法，如流体力学、有效场论和引力全息对偶为解决强关联问题提供了可能途径。然而，传统流体力学、流体力学有效场论和全息对偶方法各自存在优势和局限。在当前理论物理研究中，越来越倾向于结合不同领域的方法，相互印证，从不同角度深入探究体系的物理性质。

为促进各领域交流与合作，我们组织此次讲习班，邀请相关专家传授知识，推动形式理论研究和现象学研究相互交叉，培养具备扎实理论功底和多学科背景的复合型科研人员。本次暑期学校面向的是高年级研究生（必须修过量子场论与广义相对论）。同时，也诚挚邀请国内外专家学者与博士后参加此次暑校。此外，为进一步落实“东北六校校长论坛”会议精神，热烈欢迎并诚挚邀请东北六校的相关学员参会。

注：申请此次暑期学校的研究生请提交一份个人简历与一封导师签名的推荐信。

资助：一般情况下申请者须自己承担差旅费用。对于有特别困难的学生，有一定的资助名额可以申请。

 

本次暑校不收注册费，食宿自理。

系列报告简介

Liming Cao：黑洞物理

Bin Chen： AdS/CFT

Weijie Fu: 泛函重整化群

Blaise Goutéraux: classical hydrodynamics

Danning Li: AdS/QCD

Hong Lv: Riemann Geometry of Reduced Holonomy

Matti Järvinen： holographic QCD

René Meyer: AdS/CMT

Jie Ren: 数值GR

Shanming Ruan：Complexity

Tadashi Takayanagi: introduction to holographic quantum entanglement

Yu Tian: 全息非平衡态物理

Zhenbin Yang: 黑洞信息丢失

Yi Yin: Extended hydrodynamics，effective field theory and quark Matter

Pan Zhang: 机器学习

公开报告

Qingyu Cai：TBA

DefuHou：TBA

Keun-Young Kim: TBA

Elias B. Kiritsis：TBA

Bum-Hoom Lee: TBA

Hongfei Shu：TBA

Sangjin Sin: TBA

Lei Yang: TBA

Yi Yang：TBA

……

讲习班日程

	7.8	7.9	7.10	7.11	7.12	7.13	7.14
9:00-10:15	Bin Chen	Bin Chen	Qingyu Cai (8:30-9:10) Tadashi Takayanagi	Jie Ren	Jie Ren	Blaise Goutéraux	Blaise Goutéraux
Break
10:45-12:00	Bin Chen	Bin Chen	Tadashi Takayanagi	Jie Ren	Danning Li	Blaise Goutéraux	Blaise Goutéraux
Lunch
14:30-15:45	Yin Yi	Tadashi Takayanagi	Weijie Fu	Danning Li	Shanming Ruan	Sangjin Sin (40min) Gang Show	Keun-Young Kim （40min） Hongfei Shu (40min)
Break
16:15-17:30	Yin Yi	Tadashi Takayanagi	Weijie Fu	Danning Li	Shanming Ruan	Shanming Ruan	Elias B. Kiritsis  (online 40min) Defu Hou (40min)

 

 

	7.15	7.16	7.17	7.18	7.19	7.20	7.21
9:00-10:15	Liming Cao	Liming Cao	Zhenbin Yang	Pan Zhang	Pan Zhang	Bum-Hoom Lee	Matti Järvinen
Break
10:45-12:00	Liming Cao	Zhenbin Yang	Zhenbin Yang	Pan Zhang	Pan Zhang	Yi Yang (40min) Lei Yang	Matti Järvinen
Lunch
14:30-15:45	Yu Tian	Yu Tian	Hong Lv	Hong Lv	René Meyer	Matti Järvinen	Free discussion
Break
16:15-17:30	Yu Tian	Yu Tian	Hong Lv	Hong Lv	René Meyer	Matti Järvinen	Free discussion

 

报到地点: 东方悦华大酒店

食堂： 湖畔餐厅

报告厅： 数学学院天元数学中心二楼报告厅

 

推荐酒店：

1.长春东方悦华酒店，价格：528元/晚（标间）

2.长春博硕酒店，价格：260元/晚（标间）

酒店交通

1. 长春站北口距离东方悦华酒店16公里,行车约24分钟;网约车或出租车预估车费15-20元;步行地下通道-长春站南口乘坐轨道交通3号线(长影世纪城方向)-电台街地铁站步行270米到达东方悦华酒店

2. 长春龙嘉国际机场距离东方悦华酒店43公里,行车约45分钟;网约车或出租车预估车费60-70元;乘坐龙嘉机场巴士2号线(卫星广场高速公路客运站方向)-会展中心公交站下车步行194米换乘轨交3号线(伪满皇宫方向)-电台街地铁站步行270米到达东方悦华酒店

3.长春西站距离东方悦华酒店11公里,行车约26分钟;网约车或出租车预估车费9-11元;乘坐轨交2号线(东方广场方向)-解放桥地铁站换乘轨交3号线(长影世纪城方向)-电台街地铁站步行270米到达东方悦华酒店

4.从东方悦华酒店步行约15分钟即可到达博硕酒店

本次会议由吉林大学，中国科学院理论物理研究所以及大连理工大学联合举办，吉林大学物理学院、吉林大学研究生院承办，并受到国家自然科学基金理论物理专款的资助。

组织委员会(按姓氏排序)

主任: 孙俊奇、 徐淮良、 邹勃
副主任：何松、李理、李伟佳、梁德东
委  员：刘玉斌、欧阳昊、宋维民、王海军、王彦超、杨景、杨 哲、余浪 、周淼
联系人：
欧阳昊（电话：15600602237 邮箱：haoouyang@jlu.edu.cn）
余 浪（电话：18043961836 邮箱：yulang@jlu.edu.cn）
周 淼（电话：18604364108 邮箱：zhoumiao@jlu.edu.cn）