 So hi, I'm here at the ID TechEx show with PISOTEC Archima. Hi Fabrice, thanks for coming again, good to see you, what's new from PISOTEC Archima, tell me what you're working on. So you know that we are developing materials, piezoelectric polymers and hinks based on this material, so we are starting from this. In fact, ok, from the powder, so Archima is mainly a material supplier, so we make polymers, and from the polymer we make hinks. These things can be used by different technologies, print printing, slot dye, hair oil sold jetting jet, ok, we try to develop it for many technologies. And we sell this powder to both of them, because right now we want the customer to also be able to adapt the hinks to their facilities. And then we hope that institute, customer, and things like that will have fun with the product. We are able, this polymer, able to convert mechanical energy into electrical energy, or thermal energy into electrical energy. And the different way, when you apply a voltage you can deform and make. So we try to develop that for sensors application, pressure sensor, touch sensor, infrared sensor, ultrasound sensor, and also for actuators, for haptic feedback for example, or for speakers, ok. So here you have some examples of devices that have been printed by your partners. For example, you can see on the moose over there, we have a good partnership with the UNM research that try to develop the Pysoflex technology. And with it, they are using string printing technology to make large area sensor. This is an example, or this is also here. You have an example of an array of sensors that they printed in mass production with their partner, which is ANPLAS, ok. So they are... This is wanted to be not just out of pressure to some degree as well? Yeah, yeah, yeah. So it can be used for pressure. For example, Pysoflex, you will see they have a demo where they use it inside the floor to make pass detection and many things in the floor. We have also, we have a collaboration also with Arzho Wigan's paper, ok, to show that we can put our material and print them directly on paper to make, for example, touch sensor on papers. We have also a collaboration with Chungang University, where they put a slight, a light layer of electroactive polymers from Arkema, from Piesotek Arkema, to make haptic feedback. Because when you apply, you make a contact, when you make a contact, it makes some vibration, so I need to adapt. And then it gives you haptic feedback. This can be seen here also, for example, we have a collaboration with CA in France, where they printed our polymer between P.electrodes and then they overmolded it on polycarbonate parts in order to introduce haptic feedback in automotive. So this is an example. So here, if we apply a voltage to this, from here, you can see that the sound is coming, because the polymer will vibrate. Then you have a sound coming back, and then if you apply your finger, you will feel haptic feedback. Here also some kind of development we have, we made a demo also with Chemnitz University, where they printed the device, the polymers. Between the paper, and as you see, when it works, the sound is coming from the paper. Because the speaker is printed between two parts of paper. And now they have development to make roll-to-roll speakers in order to make detaisements and things like that. What do you think will be the first applications? Will be the sensors, the haptics, all the speakers. So as you know, Ragu, maybe we will know more in a few time. We also have a nice development with a very good startup company which is called NovaSantis, which is developing using the kind of polymers, specific polymers for haptic applications in wearables and augmented reality. So I strongly believe and I hope that this development will happen soon. And this is for actuators. And for sensors, I cannot tell everything, but fully, we will have this year, some sensors coming on the market based on our technology. And also strongly believe that young people from UNM Research and PyzoFlex will succeed in their developments using our materials. Fantastic. Thank you, Ragu. I want to thank you, Ragu. It's a very nice thing to be able to be there every year at ID Tech X and show you our improvements. Thank you for coming.