Highlights

The quality of the team lies in the interactions between players. Individual ratings alone do not determine team performance.

Satellite radar can detect remarkably small movements of the Earth’s surface. That makes it valuable for monitoring ground subsidence, infrastructure, landslides risks and other changes that develop over large areas.

Suppose you need to move something roughly 400 kilometers, say, from Amsterdam to London. What is the best mode of transport?

On 14-17 September, the team from Quantum Application Lab (QAL) attended AQMCSE 2026, contributing to the conversation on how quantum computing can meet operational reality.

Methane is a powerful greenhouse gas, with a global warming impact around 30 times greater than CO₂ over 100 years, and it contributes to roughly 30% of current global temperature rise.

On 20 May, the Quantum Application Lab (QAL) hosted a session at Quantum Meets, shifting the spotlight from theory to practice.

Solving mathematical problems that are simply too complex for classical computing. In collaboration with ASML, QAL set out to explore exactly that challenge.

For modelling plasmas in their machines, ASML engineers rely on the Finite Element Method (FEM).

The collaboration project between Wageningen University & Research and parties from the former QAL cooperation agreement focused on advancing tracking technology, can help farmers look after their animals more efficiently and effectively.