After briefly introducing some basic facts in Poisson geometry, we explain how Poisson geometric considerations naturally lead to cluster mutations as in the theory of cluster algebras.

In this talk, I will share recent results in constructing doppler-resilient multipath receivers with low pilot overhead, by exploiting BEM channel modelling, pseudo-pilot, iterative channel estimation and equalization, and other techniques, turning the foes in doubly selective fading channel to diversity benefits.

During this talk I will address the problem of connecting these ideas together by connecting quantum cognition to the other two topics.

东西方学者在跨文化背景下研究大陆哲学的哲学传统时，有一个显著的趋向。本讲座将借助康德和谢林的哲学对其加以反驳，并提出一种更为不同的、能够架起一座通向中国哲学之桥梁的阐述。

While human gem and stem cells transcribe TERT, its expression is transcriptionally silenced in all somatic cells. In this lecture, Vinay TERGAONKAR will present unpublished results which will suggest why TERT is reactivated in human cancers.

In this lecture, Sunil Bald, co-founding partner of studioSUMO, will discuss designing from a distance, whether in time or space, and how this has led the embrace of floating as a tectonic andmetaphysical condition for both the architectural object and architecturapractice.

Prof. Igor O. Shaytanov, Russian State University for the Humanities

Prof. Michael Dobson,The Shakespeare Institute

Prof. David Scott Kastan, Yale University

Sean Hand, Deputy Pro-Vice -chancellor (Europe) at the University of Warwick

Dominic Hand, poet and writer based in the UK

Simon Collison, Tsingshan Chair Professor, Zhejiang University

WANG Yongxiang, Chair Professor of Finance, Shanghai Advanced Institute of Finance

Narakorn Srinil, Reader in Subsea Engineering, Newcastle University

XIAO Yimin, professor in the Department of Statistics and Probability, Michigan State University

Sergey Fomin. Professor of Mathematics, University of Michigan.

Registration website:https://forms.office.com/r/7ZffnNnHyD

The Galois theory for algebraic equations is well-known to mathematicians and is the most famous contribution of Galois.

In this talk, we will give an overview of (-1)-shifted derived Poisson manifolds in the $C^\infty$-context, and discuss the quantization problem.

Dr. Ramaswamy is recognized Nationally and Internationally for his research contributions in the area of food science.