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 The aim of the program is to bring in leadings researchers in network science for an active discussion and exchange of ideas. NETWORKS is a 10-year programme (started in 2014) funded by the Dutch Ministry of Education, Culture and Science through the Netherlands Organisation for Scientific Research. Several Dutch universities belong to this group. Many Indian scientists are in active collaboration with the group and this  workshop will form a  platform for exchange of ideas and projects and further collaborations. The NETWORKS project itself aims at real life applications of different theoretical aspects of probability theory, computer science, optimisation techniques and statistics.  One of the first such meetings took place in Indian Statistical Institute, Kolkata in 2018, followed by  one day workshops in Netherlands in 2017--2019.Some of the important topics we plan to cover: Structural properties of random graph/networks; dynamics on networks; Interacting particle systems on netw...

The upcoming electron-ion collider (EIC) to be built at the Brookhaven National Lab, USA will probe the internal structure of the protons and neutrons to unprecedented details, in terms of the fundamental building blocks, quarks and gluons. The EIC will bombard highly energetic electron beams with proton/heavy ion beam.  Some of the key questions that the EIC will investigate are (i) how the quarks and gluons are distributed inside the nucleon ? (ii) How do the massless gluons and light quarks make up the mass of the bulk of the visible matter in the universe ? (iii) How is the spin (1/2) of the proton made up from the spin of its constituents and what is the role of the orbital angular momentum of the quarks and gluons ? (iv) Does a steady state of gluon saturation occurs in the heavy ion collision, called color glass condenstate ? Due to its high luminosity and wide kinematical coverage, EIC will probe the nucleon to unprecedental level, giving access to information never seen before...

 The aim of the program is to bring in leadings researchers in network science for an active discussion and exchange of ideas. NETWORKS is a 10-year programme (started in 2014) funded by the Dutch Ministry of Education, Culture and Science through the Netherlands Organisation for Scientific Research. Several Dutch universities belong to this group. Many Indian scientists are in active collaboration with the group and this  workshop will form a  platform for exchange of ideas and projects and further collaborations. The NETWORKS project itself aims at real life applications of different theoretical aspects of probability theory, computer science, optimisation techniques and statistics.  One of the first such meetings took place in Indian Statistical Institute, Kolkata in 2018, followed by  one day workshops in Netherlands in 2017--2019.Some of the important topics we plan to cover: Structural properties of random graph/networks; dynamics on networks; Interacting particle systems on netw...

Many-body quantum systems with a coherent time evolution are now experimentally realizable at various scales of size and durations. The behavior of such quantum matter holds many deep questions. One of these regards the stability of such systems, especially under when subjected to external drives. A branch of non-equilibrium physics, this is a vast and deep subject, harboring much unchartered territory.Mechanisms of constraining the many-body dynamics in the Hilbert space range from highly debated and richly explored conundra like Many-body localization (MBL), to more recent ones like Floquet MBL, Dynamical Freezing, and Hilbert Space Fragmentation. These mechanisms can potentially underpin novel phases of quantum matter in and out of equilibrium.Investigating these mechanisms is likely to draw heavily on the moving fronts of diverse disciplines like Condensed Matter Physics, Statistical Mechanics, Quantum Field Theory, and even frontline Mathematics. The aim of this program is to take...

Many-body quantum systems with a coherent time evolution are now experimentally realizable at various scales of size and durations. The behavior of such quantum matter holds many deep questions. One of these regards the stability of such systems, especially under when subjected to external drives. A branch of non-equilibrium physics, this is a vast and deep subject, harboring much unchartered territory.Mechanisms of constraining the many-body dynamics in the Hilbert space range from highly debated and richly explored conundra like Many-body localization (MBL), to more recent ones like Floquet MBL, Dynamical Freezing, and Hilbert Space Fragmentation. These mechanisms can potentially underpin novel phases of quantum matter in and out of equilibrium.Investigating these mechanisms is likely to draw heavily on the moving fronts of diverse disciplines like Condensed Matter Physics, Statistical Mechanics, Quantum Field Theory, and even frontline Mathematics. The aim of this program is to take...