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Overview
The general topic of the event is computational methods to study multiphase flows. Such methods are applied in very different disciplines, such as statistical physics, materials science, applied mathematics, and engineering, with applications ranging from geophysical to micro scales. The computational approaches to tackle these problems are as disparate as the phenomena themselves and the corresponding scientific communities, which rarely communicate amongst each other.

The meeting aims at bringing together researchers with different and complementary backgrounds, ranging from physicists to chemical engineers and applied mathematicians, who are experts in their respective fields. The goal is to promote the efficient application of advanced numerical methods through a deep understanding of the physical and mathematical background. It is anticipated that a discussion of the relevant questions will lead to a comparison of observations, a sharing of procedures, and foster new collaborations among a multidisciplinary group of scientists and engineers working on an important contemporary problem.

The format of the meeting is planned as a two-day school, followed by a two-day workshop.

The school (9-10 December 2019)
The winter-school style lectures will be delivered by leading practioners in the field. They will cover a wide range of topics, with a view to providing an overview of existing methods and the pertinent theoretical background. The main target group are young researchers. They may also be useful for researchers to follow workshop talks that are remote from their own expertise.
The workshop (11-12 December 2019)
The workshop will consist of invited talks by distinguished speakers who will emphasize unsolved problems in physics, methodology and underlying theory. In addition, there will be contributed talks and posters from participants. The aim is to provide a forum for the exchange of experiences and results. It is hoped that it will foster a synoptic view that will lead to the creation of new methods and ideas.
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Burkhard Duenweg
Max Planck Institute for Polymer Research
Ackermannweg 10
55128 Mainz
Germany
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Ravi Jagadeeshan
Department of Chemical Engineering
Monash University
Melbourne
VIC 3800
Australia
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Ignacio Pagonabarraga
Department of Fundamental Physics
University of Barcelona
08028 Barcelona
Spain
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