 So we have this super image here, the SID display week, showing a special projector technology right here, coming out of this device here, going on to glass. What does it mean? My name is Tae Sun, and I'm in charge of the technology development of what we have is special transparent emissive materials that can turn any glass into a fully transparent digital display. Many glass. Yeah, any glass. It can be a glass window in the store front, or it can be a glass window windshield in the vehicles. In the vehicle? Yes, you can just apply our special transparent emissive films, like applying a tinted film. And then it can turn the covered glass into a fully transparent emissive display with unlimited angles. And the experience is good for both sides of the glass? Yes. Inside, outside? Yes, you can see it from either side. The nice thing about this is it's very low-heat and fully transparent, with unlimited angles. And you can have some nice demos right there. It can just look, you can have the coolest house during the Christmas time or any time. Yeah, we can digitalize any glass. Are you the only one in the world to do this? Yeah, well, there's other applications other than the glass. For example, on a TV panel, if you apply our films onto any TV, you can actually use a laser pointer. Because regular, I mean, the flat panel TV is replacing the projection screen. But the problem is that you can no longer use a laser pointer on a flat panel, like LCD or LED. Now, with our transparent film that does not affect the display, then you can basically use a laser pointer. So not the difference of the covered versus uncovered. What does this show here? What is this? Yeah, this is like a control room or conference room or even the classroom. So by applying the films onto the flat panel display, the presenters or the lecturers, teachers can use a laser pointer to present their lectures. Is it called GlowPunter? Yes, GlowPunter. You can find more information and press from our website, GlowPunter.com. Yes, we are taking orders. And we offer the films that are readily applicable to any TV size from like 30 inch to 100 inch and pre-cut. And it comes with an anti-glare coating. So there will be no laser reflection from the film. So the laser beam will be diffused after reflection. And so there's no safety concern. But the film can be easily applied to any TV. And it just allows people to use a laser pointer to take a picture of the TV size. Is it affordable? Yeah, it's very economically priced. And the price range from less than $100 to just a few hundred dollars for a large area. How large? Like up to 100 inch. Big window. Yeah, big flight TV. I think this could be cool in the restaurant. Oh, yeah. Just cover their windows with this. There's fancy things going on. Right. People outside, they really want to go in. People inside, they're really happy. Exactly. That's a good application for digital signage on the store windows and all glass. Is it already happening? Well, we have some pilot testing. And we also have some video taken on the storefront. When did this start, this technology? When did you start doing this? Well, the technology started a few years ago and founded by National Science Foundation. We developed the critical transparent emissive materials, which basically enable this display on glass. What is a projector? Is it any projector, DOP, whatever? This is a DOP projector that can play any full color HD video on the glass. Yeah, any video. But your demo videos are optimized because you're making? Yeah, it's a special laser projector. So it's showing the vector graphic animations or line drawing kind of display. So with this laser projector, you can go to very large size and it can present a very bright and high contrast display. Any projector is OK. But the problem with the normal projector is the dark part. So it's still lit up, right? So you can't really turn off dark. This one, the laser, is only projecting on the drawing, right? That's right. So the projector, the light from the projector is fully blocked by the film. So there's no leaking of the laser light through the film. But if you project the light directly on the glass, all the light will pass through the glass. How much do you cost the laser projector like this? Well, depending on the volume, but you typically range from a few hundred dollars, starting from like a few hundred dollars. It's for sale, this kind of projector? Yeah, it's available. What's the resolution? The resolution is the laser point, which is about a millimeter. Resolution is by? It's defined by the laser spot size, which is about a millimeter. So this should be an app or something. So you control your own graphics. That's right. You make it go in different colors. Right. That's what it's all about, right? Well, we have multi-colors available. And certainly, we provide the app that people can just write their text message. And also, they can do some simple graphic drawing. And they can play some standard laser show files. It can be made by Flash, the video, the laser show kind of data format. So where are you from? And where is the company based? The company is based in Fremont, California. We are in Silicon Valley. And technology was developed as a funding from National Science Foundation and NASA. NASA? Whoa, cool. So they will use this spaceship? Yeah, some of the applications, like in the spaceship and some aircrafts and also any vehicle glass and even the store glass or furniture glass. Any glass, if you want to turn into a display without hiding the glass wheel, this is a perfect technology. Very easy to be implemented to any size glass of any shape or size. It can be even be curved glass like a windshield. Nice. I'm thinking it could be even glass or drinking glass. Oh, yeah. And it should be a sensor that can detect where it is and protect exactly on it. Sure. I mean, there's no really limitation where this can be applied. So this can be applied to any size, any shape and from a freeform display on the glass. So we get the ISO, get the display week. What do you think about this conference? This is a great venue to present new technologies, especially new display technologies. And I'm glad to really present our new display applications enabled by those proprietary transparently missing materials.