Call for Papers – Kaiserslautern Applied and Industrial Mathematics Days 2023

The second edition of the Kaiserslautern Applied and Industrial Mathematics Days – KLAIM will take place in Kaiserslautern, Germany, from September 25th-27th, 2023. Registration is now open. We invite prospective speakers to submit a one-page abstract to one of the above five tracks.

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Job Fair in Zagreb – Meeting Future Colleagues

It’s that time of year. It’s spring and that also means trade fair time, including job fair time – mixing technology experts and curious visitors to meet, connect and exchange experiences. For example, at the European level in Croatia. On May 17-18, 2023, we will participate in the career fair in Zagreb. Visit the company’s booths, participate in talks, workshops, and panel discussions, get familiar with current technological trends and opportunities in a relaxed atmosphere. We have a booth at the fair and look forward to seeing many interested students or doctoral candidates. Come and visit us!

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Optimization in the Life Sciences: Mathematics Supports in the Health Sector

Optimization of Rescue Station Locations, Optimizing Medical Care in Rural Areas, Online Training for Mental Health, Therapy Decisions, Laboratory Diagnostics for Covid-19, Viruses in Tumor Therapy – These are all topics in which mathematics from the Fraunhofer Institute for Industrial Mathematics ITWM provides support.

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Programmable Materials – Shape Change at the Push of a Button

Programmable materials are true shape-shifters. At the push of a button, they change their properties in a controlled and reversible manner and adapt independently to new conditions. Areas of application include comfortable seating or mattresses that prevent bedsores. In this case, the carpet pad deforms in such a way that the contact surface is large and the pressure on the body parts is reduced as a result. Researchers at the Fraunhofer Cluster of Excellence »Programmable Materials« CPM are developing such programmable materials and bringing them to market together with industrial partners. One of the aims is to reduce the use of resources.

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25 years of MaGIC: Manifolds and Geometric Integration Colloquia, in Norway

The first time we organised MaGIC it was in 1999 in Ustahoset, Norway. The group of participants was not very big and we all lived in the cabin of the University of Bergen, Ottesheimen. We cooked our own meals, shared rooms, and had to queue for the bathroom. In the […]

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CutFEM: Discretizing Partial Differential Equations and Geometry

by Andre’ Massing The burden of mesh generation The generation of meshes, as a fundamental prerequisite for the majority of computational methods for partial differential equations (PDEs), is a challenging task that can easily account for > 80% of the time in the overall simulation workflow. For instance, the simulation […]

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Mapping lakes and learning Hamiltonians

By Håkon Noren While the tiny boat was immersed in darkness on the largest freshwater lake in Norway, Mjøsa, an underwater remotely operated vehicle (ROV) made its way down the water column. It was heading towards a particular coordinate, upon where HUGIN, an autonomous underwater vehicle (AUV) had spotted the […]

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IAMG2023 conference in Trondheim, Norway

Jo Eidsvik, Department of Mathematical Sciences, NTNU  Steinar Ellefmo, Department of Geoscience and Petroleum, NTNU The international association of Mathematical Geosciences (IAMG) conference will take place in Trondheim 5-12 August, 2023 (https://www.iamgconferences.org/iamg2023/). This is an annual conference to promote, worldwide, the advancement of mathematics, statistics and informatics in the geosciences. The goal is further […]

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Partial differential equations, statistics and data in an interdisciplinary approach to data-based modelling

By Mats Ehrnström NTNU Norwegian University of Science and Technology IMod is a 2022–2028 interdisciplinary project for building, analyzing and testing frameworks for data-based modelling built on partial differential equations and statistical modelling. It includes work packages and applications in surface fluid mechanics and neuroscience. Its primary objective is to develop a […]

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