Update README.md

README.md

@@ -25,31 +25,31 @@
 # Latest Journal Club
 | Data | Time | Place   | Reporter|
 | ---  | ---  | --- | --- |
-| 12.22 | 10.00 AM | 6420 |  Yu-Shi Hao |
-## Title: *Inflation with R(αβ) terms in the Palatini formulation*
-## Reporter:  Yu-Shi Hao
+| 12.30 | 10.00 AM | 6420 |  Wang-Wei Yu |
+## Title: *New results from SH0ES*
+## Reporter:  Wang-Wei Yu
 ## Abstract
-In this paper, the authors talk about the inflation in f(R) gravity witn high order R(αβ),and give the spectrum and tensor-to-scalar ratio with cubic action. 
+I will introduce the new results from SH0ES and the data analysis about SH0ES.
 
 ## References
-- [arxiv:2106.12422](https://arxiv.org/abs/2106.12422) *Inflation with R(αβ) terms in the Palatini formulation* by *Jaakko Annala* and *Syksy Rasanen*
+- [arXiv:2112.04510](https://arxiv.org/abs/2112.04510) *A Comprehensive Measurement of the Local Value of the Hubble Constant with 1 km/s/Mpc Uncertainty from the Hubble Space Telescope and the SH0ES Team* by *Adam G. Riess*.
 
 
 ## Interesting papers in this week
 ## Join us
 课题组 邀请您参加腾讯会议
-会议主题：Journal Club
-会议时间：2021/12/23 10:00-12:30 (GMT+08:00) 中国标准时间 - 北京
+会议主题：journal club
+会议时间：2021/12/29 21:30-22:00 (GMT+08:00) 中国标准时间 - 北京
 
 点击链接入会，或添加至会议列表：
-https://meeting.tencent.com/dm/2ocfv96jXhmp
+https://meeting.tencent.com/dm/uNJl8wJ4yC62
 
-#腾讯会议：131-417-686
+#腾讯会议：308-539-048
 会议密码：1234
 
 手机一键拨号入会
-+8675536550000,,131417686# (中国大陆)
-+85230018898,,,2,131417686# (中国香港)
++8675536550000,,308539048# (中国大陆)
++85230018898,,,2,308539048# (中国香港)
 
 根据您的位置拨号
 +8675536550000 (中国大陆)
@@ -61,11 +61,11 @@ https://meeting.tencent.com/dm/2ocfv96jXhmp
 # Latest Group Siminar
 | Data | Time | Place   | Reporter|
 | ---  | ---  | --- | --- |
-| 12.22 | 2.30 PM | 6420 |  Teng Ji |
-## Title: *非晶固体中的非线性弹性响应、屈服效应和熵*
-## Reporter: Teng Ji
+| 12.30 | 2.30 PM | 6420 |  Hao-Tian Sun |
+## Title: *Universal shear flows in far-from-equilibrium strongly coupled conformal fluids*
+## Reporter: Hao-Tian Sun
 ## Abstract
-剪切硬化效应（剪切模量随着应变的增加而增加）以及屈服效应（材料开始发生宏观塑性变形时，出现应力明显降低的现象）在非晶固体中是非常普遍的。已有研究发现，在某些非晶固体（如：聚合物以及靠近阻塞(jamming)的高密度硬球胶态玻璃）中，剪切硬化效应往往伴随着熵减。然而在我们的模拟研究过程中发现了一种新的现象，那就是伴随着熵增的剪切硬化效应。为了理解这一现象，我们用引力-规范对偶理论构造出了满足非晶固体对称性的有效拉氏量，从而在理论层面解释了这一现象产生的原因，这是其一。其二，不同非晶材料的屈服点与退火(annealing)程度的相关性各不相同。我们的模拟结果给出的二者关系为负相关，这一现象从我们构造出的有效拉氏量也可以定性的给出解释。
+Despite the viscosity of a fluid ranges over several order of magnitudes and is extremely sensitive to microscopic structure and molecular interactions, it has been conjectured that its minimum displays a universal value which is experimentally approached in strongly coupled fluids such as the quark-gluon plasma. Recent early-time analysis suggests that hydrodynamics could serve as a universal attractor even when the deformation gradients are large and that dissipative transport coefficients, such as viscosity, could still display a universal behavior far-from-equilibrium. Motivated by these observations, we consider the real-time dissipative dynamics of two different bottom-up conformal holographic models under large shear deformations. We compute the viscosity-to-entropy density ratio in several states driven away from equilibrium by large time dependent shear rates. In all the cases considered, we observe that, in the late-time far-from-equilibrium state, both the viscosity-entropy ratio and the dimensionless ratio between energy density and entropy density approach a universal value which is completely independent of the initial conditions, the form of the driving and the parameters of the system. Moreover, the late-time universal value coincides with the expectation from hydrodynamics naively valid only near equilibrium.
 
 ## References
 <!-- - [Arxiv:2110.14718](https://arxiv.org/abs/2110.14718) *Cosmic inflation from broken conformal symmetry* by *Rong-Gen Cai,  Yu-Shi Hao* and *Shao-Jiang Wang*. -->