Videos

"Hebt gij Pieter toevallig nie gezien vandaag?"

This trivial Dutch question illustrates how, in our daily lives, we often use a more informal language, than the one we learn at school. This makes it challenging for non-native speakers to learn our language. In his research, Valentijn Prové studied conversations of Dutch native speakers with non-native speakers. He thus offers us an insight into how we adapt our language when we think someone will not understand us.

Producing renewable, low-cost energy in a robust way remains a challenge. Jose Maria Cuevas (Imec - KU Leuven - Energyville) is looking at a new sort of solar cell that might help do the trick: the *take a breath* 3 Terminal Tandem Bifacial Solar Cell 😅 Say what ⁉️ Jose breaks it down and makes it crystal clear for you in this video. 👏

Why is it that some plants like moss stay very small, while others grow to become large trees? 🌳 "There's still a lot that we don't know about how plants grow exactly", says Max Minne (VIB - UGent). To find out more Max uses an innovative technique that allows him to look at every single cell in the plant and unravel how the hormone cytokinin, responsible for plant growth, impacts each one of them. 

Up to 25% of the cells present in lung cancer tumours are currently ignored. As such, we don't know what the role of these so-called B cells is. "It is crucial to figure that out because we cannot efficiently fight something we do not fully understand," says Pauline Bardet (VUB - VIB - FWO).

In her PhD, she wants to get to the bottom of those B cells and thus find out whether those cells are "good guys" or "bad guys".

Roughly every 5 minutes someone on this planet dies of ALS, and the sad truth is that we still do not have an effective treatment to cure this disease. The problem lies in the fact that we do not fully understand what causes ALS in the first place. In his doctorate, Jimmy Beckers is trying to solve a piece of the puzzle. He is investigating whether a malfunction in our internal cellular recycling system might be linked to ALS.

Have you ever wondered how pills are made? A powder flows through a production line, falls into a hole, and gets compressed into a pill. Easy, right? And yet a lot can go wrong, as chemical engineer Margot Coppens explains. That's why she uses computer models to virtually test the powder mixtures and anticipate possible production problems.

What impact does man, through sand extraction for example, have on life on the bottom of the North Sea? To find out, experts manually check which (often very small) animals they can find in samples of the seafloor. But this way, it can take up to 10 hours to analyse one sample. In her research, Laure Van den Bulcke is working on a faster and cheaper method.

How do you make a dairy cow emit less nitrogen without her producing less milk? To this end, Tine Van Den Bossche (ILVO - UGent) is doing tests with different feed additives that help the cow make milk proteins, among other things. Her goal: to provide milk that is not only good for all of us, but also better for the environment!

Potatoes are highly susceptible to diseases and pests. To better protect these crops, computer scientist Jana Wieme is deploying drones and artificial intelligence. With that extra eye, potato farmers can monitor each individual plant and thus intervene quickly when needed. In this video, she explains how it works.

Milk is a source of many delicacies, such as cheese and ice cream. Unfortunately, milk also has a smell to it... Cows produce ammonia and methane through their breath and manure. These harmful gases are mainly released when cows are in their stables. In his Ph.D., Kobe Coorevits is looking for a way to accurately and affordably monitor the emission of these gases in dairy barns.

Making fries is something we Belgians are already very good at. But we can do even better, says Wout Vierbergen (ILVO - KU Leuven). He uses technology (Hyperspectral cameras! AI !) to detect black spots under the skin of a potato. In this way, he wants to help producers detect blistered potatoes so that they are left with only the finest ones to make our fries.

Modern electrical devices, such as the smartphone or the electric cars, work with direct current (DC) while our power grid works with alternating current (AC). Therefore, you need e.g. a charger, which converts one type of current to the other. So shouldn't we switch to a DC electricity grid? In her PhD, Leonie Hallemans investigates how we can make such new DC grids as safe as our old AC grid.