 Hi, I'm Harit Doshi. I'm here at the Yamamoto lab from Smonia University from Japan. Yes, nice to meet you. Nice to meet you And can you tell me a little bit about what you're showcasing here? This is a floating image floating visual and summer image reform a thermal image Yes, so if I so I see the fire here, right? So if I try to catch the fire even though It feels warm. Yeah, so wow, so it's like a thermal image so I can yes Wow, and this snowflake feels colder. Wow. How do you do that? Can you tell me how you how do you do that? These images formed of these beams return the little reflectors, okay? It performs a wide viewing angle and the large-scale area image with rather low-cost and this summer image is formed with heat source and the little vertical and the horizontal reflectors Okay, and the heat radiations Locally converge to this position. I see by placing the some chromic screen then This part that I see so it's hard to capture in camera. What we're seeing But if you put the film here, you can actually capture. Yes What we're feeling here, right? Which is the impression of a thermal image, right? Yes Wow Look at that This portion is just locally heated. That's pretty cool Excellent. Excellent. What else you have here? Another one is this is a Aerial imaging Illumination in this case we place a single layer single LED slide And these are face beam splitters then it has multiple reflections So the light source is single but the aerial image is multiple. Oh, I see. Yeah in the dark room. There it forms a six or seven Vertical images. Yes. So you're being able to using that You you're actually showing the LEDs projecting vertically. Yes. So this is expected to use a For To Give the impression to some sensation. I see so it's like for a show or something Where you can create a virtual environment where the leds even though they're on the floor But it creates like you have a cylinder of leds projected out. Oh, that's beautiful Excellent. And this is the simple 3d technique. Yeah by using single LED but you can see the 3d image with motion parallax smooth motion parallax The secret is that we we have the scratching It has an arc and arc has a directional scattering. I see I see. Yeah, I can see that three is a smiley. It's a smiley face, right? That moves Okay, back and forth and then I see a display week Rejection, that's pretty cool. Tell us how you're doing that. Yes. This is our Maging technology, aerial display technique. We call this aerial image by retro reflection Yeah, so this is a consists of three parts rice sauce and Rice sauce and retro reflector and beam splitter just these components Yeah And it performs a wide viewing angle. I see Perfect. Yamamoto-san, this has been a pleasure. Thank you very much for showcasing what you have and good luck with the izan show Thank you. Thank you