Videos

Imagine a world where planes aren't just checked, but they can actually tell us how they're doing! VUB researcher Zoé Jardon wants to turn this dream into reality by developing smart metal parts. Such smart components can tell by themselves if they are in good condition or not, and inform us about a problem and where it is occurring.

What if there might be a way to tackle the side effects of cancer treatments, such as fatigue, chronic pain and anxiety, even before the treatment begins? Kenza Mostaqim (VUB) introduces you to 'prehabilitation'.

Did you know that every two minutes, enough ice melts on Earth to fill around 400 Olympic swimming pools with its meltwater? "The urgency is real – glaciers worldwide are disappearing at an alarming rate. In various corners of the globe, millions rely on these majestic glaciers for their drinking water and agricultural needs." Dive into the eye-opening short trip with glaciologist Lander Van Tricht as he takes you on a glacier expedition in Kyrgyzstan.

Have you ever enjoyed a delicious smoothie? The way this tasty drink is made has similarities to how Alzheimer's disease research has been approached in the past decades. In this video, Lara De Deyn explains why she chooses a fruit salad approach in her research. A very nice metaphor to tell how Alzheimer's disease research is evolving.

Why do people get cancer, arthritis, or Alzheimer's? Essentially because a protein key in our body does not fit in its respective lock. This is why Alvaro Martin is looking at removing defective keys and designing new protein keys. Keys that fit and can open the necessary locks, so that for example, our immune cells target and kill cancerous cells. "Protein design can be the key to unlocking a future without diseases."

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".

The year is 2040. A drone just landed on your doorstep, delivering your favorite pizza, which you just ordered a few minutes ago. 🍕 😋 What a time to be alive right?! To make this scenario a reality, Adnan Albaba (Imec - VUB) is working on radar technology to make self-navigating drones.

Why is it that Muslim migrants seem to become more religious after arriving in Europe, in a secular society? That's what Saimum Parvez (VUB) is investigating. He's looking into the case of Bangladeshi migrants, by raising questions such as: how do they participate in religious rituals? Do they see themselves as religious? And what impact does migration have on their religion?

Once diagnosed with glioblastoma, a highly aggressive brain cancer, a patient has on average only 15 months to live. "This terrible statistic shows that we urgently need new treatment options," says Myrthe Mampay (VUB - FWO). In her research, she is looking for one such new treatment based on immunotherapy, in which she wants to use patient stem cells to make macrophages that attack the tumour.

"Scientific information has to play a bigger role in the process of decision-making in policy." This is Ante Ivčević firm belief. In his research, he seeks to understand how policymakers make decisions and, more importantly, how we can get them to make these decisions based on scientific information. To investigate this, he researches science and policy regarding coastal areas in the Mediterranean basin.

Did you know that the electricity generated today was traded yesterday by producers and retailers in the 'day-ahead' electricity market? ⚡️ 🤝 But what happens if we expect a windy day tomorrow 💨 but end up having much less wind, and thus less wind power, than anticipated? Lina Silva-Rodriguez explains how she uses math to help deal with this uncertainty.

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.