Item 1 of 1

Delft Institute of Applied Mathematics

News

Martin van Gijzen has been appointed as the new Scientific Director of the DHPC

Effective September 1, Martin van Gijzen has been appointed as the new Scientific Director of the Delft High Performance Computing Centre (DHPC). Van Gijzen brings a wealth of knowledge and expertise to the centre, and he is committed to further developing the centre into a knowledge hub and go-to portal for high performance computing expertise at the TU Delft.

Navigating the Uncharted Waters of Fluid Mechanics

Fluid mechanics, the scientific study of how liquids move and interact, plays an indispensable role in advancing our scientific understanding of the world around us. It is part of the bedrock upon which many areas of science, from physics and engineering to medicine and even ecology, are built. As it stands, science has already deciphered much of its intricate landscape. Yet, many open problems continue to be a frontier of uncharted knowledge, part of which Manuel Gnann’s Vidi research aims to explore.

Next Event

04 December 2023 15:45 till 16:45

[STAT/AP] Wioletta Ruszel: Fermionic Gaussian free field and connections to random lattice models

In this talk we will first give a gentle introduction into determinantal and permanental point processes and explain connections to objects from physics which are called fermionic and bosonic variables. Fermions do not like to be close together like electrons in an atom and boson like each other like protons in the kernel of an atom. The classical discrete Gaussian free field is a multivariate Gaussian distribution with a specific covariance structure. The fermionic version of that is related and can be expressed in terms of fermionic variables. We will show some examples and properties of those objects and finally relate them to the degree field of a uniform spanning tree and height-1 field of the Abelian sandpile model if time permits.

This is joint work with L. Chiarini (DUR), A. Cipriani (UCL) and A. Rapoport (UU)

Research Groups

Analysis

We focus on Functional Analysis and Operator Theory with applications to the study of (partial) differential equations, both deterministic and non-deterministic.

Read more

Applied Probability

We cover a large spectrum of research areas in probability theory, going from very application-driven towards fundamental research.

Read more

Discrete Mathematics & Optimization

Mathematical optimization lies at the heart of many techniques in economy, econometrics, process control, and so on.

Read more

Mathematical Physics

We work on mathematical modeling of physical phenomena, often leading to systems of (partial) differential equations.

Read more

Numerical Analysis

Our research program concentrates on the development and application of computing methods to the applied sciences.

Read more

Statistics

Data are measured everywhere. We model data statistically and study the resulting models mathematically.

Read more

Applied Mathematics Stories

Inverse modelling – for improved medical imaging and much more

Hanne Kekkonen specialises in the mathematics used to solve inverse problems. Applications include medical imaging, climate change, the evolution of competing languages, materials science and many more.

Neural networks put the afterburners on skin recovery models

First aid for burn injuries is to cool the area for twenty minutes with lukewarm running water. Math can play an important role in choosing the subsequent, often more intensive, treatment aimed at reducing the probability of permanent damage or even disabilities. But these mathematical models for skin recovery must be fast. By applying neural networks, Marianne Schaaphok increased their speed by more than a million times.

Aad van der Vaart: academic globetrotter touches down in Delft

The academic globetrotter Aad van der Vaart will be working in the Faculty of Electrical Engineering, Mathematics and Computer Science to raise the concept of causality – research into cause and effect – to a higher level.

Marieke Kootte

Why do you need Mathematics to charge your phone?

Understanding noise – from quantum fluctuations to climate models

Mark Veraar researches mathematical models to reduce the disruptive influence of noise on all kinds of processes.

Modelling a flexible electricity system

Using numerical analysis, Marieke Kootte is developing a model to link high-voltage and low-voltage distribution networks.

A fresh perspective on potato growth

Requiring less water and less time to grow than rice, corn or wheat, potatoes may well be the answer to the growing worldwide demand for food. But what are the key factors that determine a successful potato harvest? Asked to provide a fresh perspective, Neil Budko develops numerical methods for the analysis of carefully controlled potato growth experiments.

A bit of math to constrain epidemics

Most people like to keep both mathematics and epidemics at a distance. But a little bit of the former can do wonders in limiting the latter. Supervised by professor Kees Vuik, two high school students modelled a recent outbreak of cholera in Ghana. He also has a bachelor student investigating the new corona virus.

A bit of math to constrain epidemics

> All Applied Mathematics Stories

Vacancies at the Elecitrical Enginieering, Mathematics and Computer Science faculty

Upcoming Events

December

04
Seminar

[STAT/AP] Wioletta Ruszel: Fermionic Gaussian free field and connections to random lattice models
05

[AN] K.P. Hart: 150 years of uncountability of R
12

[AN] Nick Lindemulder: TBA
14

[DMO] Esther Julien: Neur2RO: Neural two-stage robust optimization
14

[PDE & Applications seminar] Clarice Poon: Sparsistency for inverse optimal transport