Videos

Lasers are not just toys to entertain cats. They can be found in many applications, such as scanners in supermarkets or for facial recognition on your latest smartphone. But there are even more fascinating innovations ahead of us ... if we can build even better lasers. That's what Iakov Goldberg (KU Leuven - Imec) is hoping to achieve. Can you believe that some of these novel perovskite lasers are assembled very similar to how you prepare your breakfast sandwich? 🥪 

In us, humans, curiosity is a driving force for learning. But did you know that AI can also benefit from curiosity, that is, 'artificial curiosity'? Computer scientist Louis Bagot (Imec - UAntwerp) explains how this works and why it is a good idea to tell AI & robots to experiment and have fun. 

Plants capture CO2 and, through photosynthesis, convert it into green leaves. Over the past 30 years, the increase in CO2 in the atmosphere has thus led to a widespread increase in the number of green leaves around the world. But recently, there has been a shift: the increase in the number of green leaves is slowing down even though CO2 levels are still rising. Vaidehi Narsingh (Imec - UAntwerp) explains why she is determined to find out what is happening.

Imagine if cars, windows, or even walls would be able to generate power? New, flexible, and ultra-thin perovskite solar cells could make this a reality, but there's a catch. Perovskite solar cells have a limited lifetime as they degrade under light and heat. Imec-researcher Wenya Song is looking to improve the lifespan of perovskite solar cells.

Imagine not being able to feel a hug anymore. This is what happens to some patients with Charcot-Marie-Tooth disease (CMT1A). They get weaker muscles, their muscles die and sometimes they even lose the sense of touch. In order to research the disease more quickly and efficiently, Karen Libberecht (UHasselt - VIB - FWO) studies her patients ... in a petri dish. She explains how that works exactly in this video.

During a stroke, every second counts to save as many brain cells as possible. Intervention is only possible within a narrow time window of a few hours because late treatment can lead to serious complications. Is there nothing more we can do for these 'late' patients? There is, says neurologist trainee Lauranne Scheldeman!

Together you are always stronger. Unfortunately, this also applies to some microbes, which can conspire to make us seriously ill. Microbiologist Katrien Van Dyck is investigating such a conspiracy between a fungus and a microbe that work together to cause a serious infection. By studying the interaction between the two, she hopes to find out how we can break their alliance.

One in six Belgians is obese and thus runs an increased risk of non-alcoholic fatty liver disease. This disease can affect the entire liver, in which case a liver transplant is needed to save the patient. Anneleen Remmerie (Ghent University - VIB) is looking for a way to combat the disease without the need for a new liver.

"Evolution is like a race: the individual who can reproduce the fastest wins the race. But we all know of one race that was not won by the fastest..." Jana Helsen (KU Leuven - VIB) explains how evolution is sometimes a bit like the fable about the tortoise and the hare.

Lots of people dislike these black sweets. But did you know that liquorice candy might well contain an ingredient to help cure wounds? Esther Hoste investigates whether an active compound found in the root of the liquorice plant can heal diabetic wounds 👉 🎥

Diamonds are not only a girl's best friend (M. Monroe), but they're also an engineer's best friend (A. Mallik). Awadesh Mallik (Universiteit Hasselt - imec) explains why that is and how engineers grow diamonds in the lab. 👨🏽‍🔬 💎

To protect your data in the cloud, you can encrypt it to make it impossible for others to see. But, if you want to edit your data, for example, put a filter on a picture, you first have to remove the encryption. Cryptographers such as Charlotte Bontee are developing new techniques to keep your data safe at all times.