Now that the summer vacation is over we need to arm ourselves against the anticipated second peak in the fall. That is why three PhD students at the department of Mathematics and Computer Science of the Eindhoven University of Technology are working hard to analyze all facts and figures of the pandemic so far, and to predict how we can contain a new surge in infections while minimizing the impact on our economy.
On a short article on the website of the Eindhoven University of Technology Martijn Gösgens, Joost Jorritsma and Richard Post share their findings and discuss the research they have done until now!
Prof. dr. ir. Hans Heesterbeek, one of the leading infectious disease epidemiologists in the Netherlands, is a busy man. Fortunately for us, Hans Heesterbeek had a gap in his schedule to yet again answer some questions, this time not asked by professional journalists, but by us, four students from the Technical University in Eindhoven.
Recently there has been a breakthrough in the field of algorithms for geometric network problems, concerning the complexity of the Euclidean Travelling Salesman Problem.
Now that the summer vacation is over we need to arm ourselves against the anticipated second peak in the fall. That is why three PhD students at the department of Mathematics and Computer Science of the Eindhoven University of Technology are working hard to analyze all facts and figures of the pandemic so far, and to predict how we can contain a new surge in infections while minimizing the impact on our economy. 
