 Let me ask you for a moment to check your surroundings for anything that is constantly moving I guess if you're in a quiet room like I am your answer will be not much But let me tell you there is actually something in constant motion and also chaotic motion around you That thing is air Air as a fluid is composed by that very large amount of these Nearly impossible to predict swirls ranging from very large to minuscule This concept is called turbulence And I'm sure that you heard about turbulence before is that I know you think that makes our plane rides bumpy, isn't it? Well, it is but on the other hand, it's a little bit more complicated than that There is no universally agreed upon definition for turbulence What we know is that once the deeply turbulence is chaotic and very messy In these three minutes, I will try for you to fall in love with this ugly duckling that I think is turbulence And at the same time making you understand that the stunning turbulence is also helping us deliver clean water all around the world Do you know that almost 30% of all the clean water that is sent to a pipe? Never reaches its destination It gets lost somewhere along the way Well, this is mainly due to leakages and burst in the pipe network But we're doing something about it. We're installing these tiny and new sensors in a lot of pipes What these sensors do essentially is telling us how much water is passing through them There are also equipped with this echo location system as the same way you were shouting in a cave and you get the echo back to you This sensor sends a signal and they can hear where the leakage is so we can go there and repair it The problem is that water and air are both fluids and they are both turbulent So whenever water passes through these sensors, there is a mess after them What I do in my thesis is that I study turbulence and fluid mechanics in order to improve these sensors changing their shape At the same time we're also improving keywords as supplier on the world And as a plus you can see pretty pictures by the one on the slide The most important part about this research though is that it can also be applied in many different industrial areas because the world as turbulence is messy But what a beautiful ass Thank you