By Karel Nana Kemajou (Ph.D. Student, University of Wuppertal) Supervised by PD Dr. Long Teng and Prof. Dr. Cornelis W. Oosterlee 👋 Introduction & Motivation
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Category: Featured Ecmi Node
📉 Modeling Emission Markets: Insights from Erwan Chartier’s Ph.D. Research
My name is Erwan Chartier, and I am a Ph.D. student in the Applied and Computational Mathematics research group at the University of Wuppertal. Under
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Mathematics, Exchange, and Collaboration: Highlights from the CRC 1701 Annual Retreat in Soest
For four inspiring days, the mathematical community focused on port-Hamiltonian systems came together for a vibrant exchange of ideas. From September 7–10, 2026, around 60
Read morePreserving Physics and Boosting Efficiency: Aashutosh Sharma’s PhD Journey in Port-Hamiltonian DAEs
Complex multiphysics systems—spanning electrical circuits, multibody dynamics, and computational fluid dynamics—are universally modeled using Differential-Algebraic Equations (DAEs). By combining differential equations for system evolution with
Read moreMulti-Asset Optimal Trade Execution: Mathematics in Modern Financial Markets
Introduction: The Dilemma of Large-Scale Liquidation In modern financial markets, institutional investors face a critical, highly practical optimization problem regarding how a large portfolio position
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Fostering International Collaboration in Mathematical Finance: The 2nd Joint Bratislava-Wuppertal MACFIRE Workshop
The bilateral research project MACFIRE (Mathematical Analysis and Computational Finance: Innovation, Research, Exchange) is a collaborative initiative uniting the University of Wuppertal (Germany) and Comenius
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Welcome to Wuppertal! Announcing the 40th ECMI Modelling Week 2027
The 40th ECMI Modelling Week will be held from 18–24 July 2027 at the University of Wuppertal, Germany. Since 1988, the European Consortium for Mathematics
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Linz. Mathematical models and methods for Dynamic Global Vegetation Models
Dynamic Global Vegetation Models (DGVMs) are important tools for studying how climate and land-use change affect vegetation, carbon, water and nutrient cycles. As these models
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From Shock Waves to Gravitational Collapse (FluidVarVisc)
You have probably heard the expressions sonic boom and breaking the sound barrier. But have you ever wondered how these phenomena are explained mathematically? A
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Why Girls are Key to the Future of Technology: The Role of AFA and Alarmingly Low STEM Statistics
Technology is inevitably changing the world around us—shaping the way we live, work, and communicate. New occupations are defining our digital civilization, yet we face
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