Videos

Jinat
Hossain
KU Leuven

Staying afloat: how rural Bangladeshi women adapt to changing climate

The land of farmers in coastal Bangladesh remains flooded for almost half of the year. To tackle this, Bangladeshi farmers use 'floating farms'. Jinat Hossain tells you more about this innovative adaptation mechanism. 
Robin
Bonné
FWO
UHasselt

Can you build a smartphone from bacteria?

Last year, scientists discovered bacteria in the mud of the North Sea that can conduct electricity. Robin Bonné (Hasselt University - FWO) is investigating whether we can use these 'cable bacteria' to create biodegradable electronic wires.
Nick
Gys
UAntwerpen
VITO

Your smartphone is a gold mine

Did you know that your smartphone contains, among many other precious metals, about 20 milligrams of gold? That may not seem like much, but it's 200 times as much gold as in a small piece of gold ore. Nick Gys (UAntwerpen - VITO) is working on a technique to easily recycle these precious metals from smartphones.
Charlotte
Vets
UAntwerpen

Charging your smartphone less frequently thanks to carbon nanotubes

Is the battery of your smartphone draining quickly? Charlotte Vets wants to ensure that our smartphone battery lasts longer. How? By focusing on new, tiny components that are up to 1,000 times smaller than a hair: carbon nanotubes.
Jacopo
Sala
imec
KU Leuven

Window solar panels

"If we would cover the entire surface of Portugal with solar panels , this would generate enough energy to power the entire world. But of course, no Portuguese would ever allow this. But what about using their windows?" Jacopo Sala talks about new generation of solar panels.
Giorgio
Russo
VIB
VUB

Using the glue of geckos during surgery

A gecko, a post-it and a tube. Let these 3 things stick into your mind for just one minute. Giorgio Russo (VIB - VUB - Vrije Universiteit Brussel) explains how a gecko could potentially help to heal wounds after surgery. 🦎👩‍⚕️
Nathaniel
Berneman
VUB

Ordering beads to revolutionize chemistry

A metal tube and microscopic beads. That's basically what you need to 'dissect' the molecules in any given sample, such as blood, yoghurt or medicines. Nathaniel Berneman (VUB - Vrije Universiteit Brussel) explains how this technique works and how he wants to improve this.
David
Salazar Marcano
KU Leuven

Breaking down barriers between chemistry and biology

"In science, we tend to look at the world like it's a messy room that needs organizing. We divide things into boxes, such as the biology box or the chemistry box." David Salazar Marcano wants to break down these barriers in order to develop new biomaterials
Senne
Van Loon
UAntwerpen

In search of the very coldest

Did you know that the coldest temperatures in the universe are measured on our earth? At the University of Antwerp, Senne Van Loon explores the very coldest: by investigating ultra-cold gases, he helps to broaden our knowledge of quantum physics.
Lien
Desmet
FWO
KU Leuven
Vlerick

Informal leadership

Not every leader is a manager, and not every manager is a leader. This is a very simple truth that anyone will agree with. If not synonymous to "manager", then what exactly makes someone a "leader"? And what happens when we have no manager at all, and all we are left with is informal leadership?
Lode
Daelemans
UGent

Materials that can withstand a rough ride

When you think of textiles, you probably think of t-shirts, carpets or perhaps even parachutes. But did you know that even parts of the fuselage of an airplane could be made from textiles?
Danny
Vanpoucke
FWO
UHasselt

Virtual experiments with real materials

Imagine a world in which you can see and manipulate atoms of your own choice and in which you can rig the forces of nature to your liking. Danny Vanpoucke introduces you to the wonderful world of computational material research.