 So we're here with Hitachi Chemical, so who are you? My name is Abe from Hitachi Chemical Japan. We are developing some flexible encapsulant. So this is flex substrate, but we also put some chip or ADD, and then the transparent coating can protect the chip or ADD dyes from sweat or mechanical shock or even sweat. So with this new flexible encapsulant, you can get better flexible, but at the same time better protection. So this is about wearable? Yes. This is flexible wearable waterproof? Yes. You can put this in your like smart man, smart watch. Is it a flexible battery? We haven't worked on it. So which parts are flexible exactly? Which parts? All right, like those ones, like smart fans. Since the current smart fan is very thick, so like this thickness, right? So which is not so fashionable, so we won't make it thin. Does that mean a flexible PCB? Oh yes, we should use flux like a sub-sweat material, like polyimide material, as a base material, which our partner company, Shindo, is working on it, and then we've produced the flux encapsulation to coat the whole area. So what is this part about? Well, we are kind of doing some research on plastic protection parts, like to be like brass alternative, different like, different like reflux index, so on. What's going on here? That one. Are you compatible? Compatible. Does that mean? Compatible. Is it bio-sensitive to prevent irritation, those things? Ah, irritation, okay. All right, so how far is this from a real product? Well, now we started to do the marketing of this product, and then we got quite good interest from customers now. So at the audience, possibly maybe next year, that's what we spoke. So this is printed electronics? What is this? Is this wearable? Where do you put it? Okay, so we have five different versions, like a liquid one, like there. For these, these types are liquid, so we can do the dispensing or printing on top of those subsurface. These are the films, so we can do the lamination on top of the subsurface. So what is this? This is... It's a drive. It's just a sample of different films in capture. This is like type one, some transparent, type two transparent also, and then this is type three also transparent, but those two have better elongation. So some customers want to have stretchable features also. So it's transparent, it's flexible, but what does it do? What can it do? Is it like a... This is the motherboard. It's the same one, over this. It is the motherboard? No. What is it? Incapsuration. To cover your silicone die, on top of silicone die, we have this transparent material, contact. So what are you showing here? We are showing here like properties of the materials. This is a detailed presentation, like water resistance test, strength resistance test, very simple, like chip bending test, to see how our encapsulation can protect those chips and components.