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The discussion meeting on Complex Algebraic Geometry will be centered around the "Infosys-ICTS Ramanujan lectures" of Professor Claire Voisin. Complex algebraic geometry is a rich, classical area of mathematics. We shall focus on some specific themes including, but not restricted to vector bundles over complex varieties, topology of varieties, Chow groups, etc.  Participation by invitation alone

The discussion meeting on Complex Algebraic Geometry will be centered around the "Infosys-ICTS Ramanujan lectures" of Professor Claire Voisin. Complex algebraic geometry is a rich, classical area of mathematics. We shall focus on some specific themes including, but not restricted to vector bundles over complex varieties, topology of varieties, Chow groups, etc.  Participation by invitation alone

Entropy is a central and fundamental concept in statistical mechanics, but considerations of entropy remain far from routine, and exhibit non-trivial and surprising aspects, particularly in soft matter phenomena. Soft matter self-assembly is replete with subtle and fascinating entropic effects. Moving away from the conventional view of entropy as a measure of disorder, current trends in soft matter self assembly increasingly have focused on the connection to information and algorithmic complexity as relevant aspects. Whether organizational principles in non-equilibrium systems may be built around entropy like concepts is an unresolved open question. Transitions in disordered matter such as the glass transition and jamming centrally involve entropy. The nature of order present in seemingly amorphous structures have been explored with concepts of entropy and information. These are some themes that will be explored in the program.The goal of the program is to bring together researchers in...

Entropy is a central and fundamental concept in statistical mechanics, but considerations of entropy remain far from routine, and exhibit non-trivial and surprising aspects, particularly in soft matter phenomena. Soft matter self-assembly is replete with subtle and fascinating entropic effects. Moving away from the conventional view of entropy as a measure of disorder, current trends in soft matter self assembly increasingly have focused on the connection to information and algorithmic complexity as relevant aspects. Whether organizational principles in non-equilibrium systems may be built around entropy like concepts is an unresolved open question. Transitions in disordered matter such as the glass transition and jamming centrally involve entropy. The nature of order present in seemingly amorphous structures have been explored with concepts of entropy and information. These are some themes that will be explored in the program.The goal of the program is to bring together researchers in...