 I'm with Samuel Pressgraves in the QD Laser booth and he's got a small Sony camera with something hooked to it and a pair of goggle sort of things and I got to ask what are we looking at here? So what we're looking at is technology from QD Laser. We're a Japanese based company and we focus on assistive eyewear technologies. What specifically you're looking at here for the example of the Sony digital camera is we have an attachment that allows people with low vision or potentially no vision according to a doctor and I will get to an actual story from yesterday that kind of hits on that but it attaches to a digital camera and allows them to actually see the image that they wanted to be taken a picture of. This is to take a photo or to be able to see? This is to be able to see. When you said the wearable I'll also transition to that in a moment but this allows someone that might have been a photographer before or had those childhood images of my hometown and we actually have a demo video is playing right now. This gentleman is from Okinawa. He lost his sight when he was a child and his mother was devastated. He'll never be able to see again. So when he found our technology he took a trip on his own back to Okinawa to see his childhood sight. Okay let's move away from the anecdotes to how is it possible if you can't see that this allows you to see? Absolutely. This is the in-house developed Sugawara Sauna as our president, wonderful engineer. He came up with a technology using a laser, a wide beam, wide field laser directly projected onto the retina. So you require a healthy retina but you could have what kind of damage? It doesn't have to be an entirely healthy retina. We do need a healthy optical nerve and at least a portion of the retina is still functional. So if we look at it if it was a rectangle you could say the top half could be completely gone but the bottom half is still functional. What about the center like with a macular degeneration? That works perfectly with the digital camera attachment here because we can take advantage of the optical zoom. So even if the dead center is blurred out you can zoom out and you'll still see everything that was originally in your center of focus. Oh interesting, okay. Also with this camera for someone like me I have 20-20 vision so I'm not a low vision person but how do I know that this works? When I look through this my peripherals are now in focus when a typical healthy eye your focus is what's in focus, your peripherals are always kind of hazy or blurry. It's got a deep depth of field. Absolutely. Right now this model has a 60 degree field of view and in that entire 60 degrees we are in focus. So basically there's no bokeh like I'm looking at you right now you're in focus but everything in the background is out of focus. With this everything would be in focus. That is absolutely correct. And then if part of the retina is damaged like you said if the bottom left quadrant was damaged it's going to focus it all on all of the information on the other three quarters. Correct. So we don't know what in the retina is what's damaged. We project over the entire surface area 100% even if it's damaged. So by getting that entire image constantly using the mem scanner it's going to constantly be drawing that picture over the entire surface filling in all of those gaps for you. Real thanks shooting a laser into your eye is a bad idea. Absolutely. When I first heard that I said the same thing. I said wait, wait, wait. Every laser pointer I pick up says do not point at eyes. Our laser is actually lower power than the lights that we're standing under right now. We are classified as a class one not a dangerous device. And we've been rated through a clinical trial in the EU that took place over almost an entire year where they said this is safe for everyday use and its intended purpose. Okay great. I think the gentleman here Eric quoted the how many watts or millow of micro watts. It's less than 1.6 micro watts of power. And that's considered safe for straight in the eye. Okay great. Because we've had a lot of people I'm going to actually move to our wearable because this kind of fits into a better scenario. The camera is great for portability you know you can take those images, take the pictures. Actually taking photos. Be a photographer even if a doctor declared you blind. Actually a case of yesterday we had a disabled war veteran came in his doctor said you'll never see out of your left eye again. His right eye was at about 40% and he said can I try it? Absolutely that's why we're here. So he holds the camera up to his right eye and he goes oh my god I can see everything. He could actually see the entire room he was sitting and playing with a zoom and he goes but I wonder. And he put it over his left eye and he goes oh my god I can actually see something. Do you know what kind of damage he had? It was I believe it was a brain damage that caused actual like to his visionary center. Interesting. So he was in a war he got hit with a concussion blast. So I just don't want to promise everybody you'll be able to see him magically. And that's what we kind of get to when we interview people as well. First questions we're asking is what is the disability or the impairment you have because complete blindness is not something we can just fix. And this isn't a corrective technology it's an assistive. So we're trying to assist low vision. So what you have making it actually work to actually bring images. Okay let's take a look at the headset here. Sure. And you're going to have to put let me put this on you know. Absolutely. So it's a much tighter beam but a lot of people will assume. Let's describe it because remember it's an audio podcast as well. So it's it basically looks like a set of glasses frames that are gone from the bottom but go over the top and a little camera mount goes in front of your eye. Correct. And we do have an attachment that goes in here to make it look like sunglasses if that's what you like. Just to have that appearance level so it doesn't have quite the Google glass or smart glasses. You don't want to be thinking you're a Google person there you go. Okay. Yeah. Yeah. So any of those smart glasses usually have this but this is not a smart glass technology. It is a low vision assistive technology. Okay we're putting it on me while you talk. Yes. Okay you're going to have to hold the mic right up to your mouth. Okay that I can do. And I will hold this battery pack for you. So everything that you are wearing and I will actually hand you this you are now wearing our entire technology. So I'm holding something about the size of maybe a big thick iPhone. Yeah. It's got a battery pack in it and it's got a USB controller there. So it's kind of everything the laser drivers and everything kind of power through what you're looking at. I will tell you one thing you haven't given it to people who have eyelashes. My eyelashes are hitting on the inside. It's very precise so we are working on a way to try and make it so when you just stick it on your face it's right there where it needs to be. Right now you kind of notice you have a little adjustment. We've got the adjustment screws up on the top to kind of get the angle perfect for your eye. So each person would have that custom ability. So this is much more high contrast than looking through the camera. Correct. Like dark things are super dark. Bright is super bright. Yes. And so the intent for this is take the example of being in a classroom or even here in a seminar. You want to take notes and you want to be able to see at the same time. Well if you have low vision it's going to be hard to if you have glasses or some other technology you normally have to hold that and then put it down to write your note. Good point. Yeah. Yeah. Having this as a wearable you could now just look up and look down between a person's face a notepad that you're writing on or your other you know a cell phone tablet. It's zoomed up quite a bit as well. So right here on the side you have a zoom wheel. You just click up and click down for your different zoom in and out. Let me try this. Okay I'm trying it. I don't know if I'm doing it right but that's what you should be. So it's for audio. It's set for just down down down. So it's one click. Back. Okay. Oh I see. I see. All right. There we go. Is it going? Yeah. Okay. It's also interesting to be seeing that out of one eye and my regular vision out of it. It is. And we do have this available for both eyes. Right now we just have a single eye configuration but you would just have a second device on the left side if you needed both eyes assisted. All right. You just got to adjust for those eyelashes and I think you've got a real product here. Noted. Great for guys not so much for women long lashes or maybe even a guy like myself long eyelashes. There you go. Yeah. See I didn't do a gender specific there. All right. This is really cool. So if people wanted to learn more about QD Laser where would they go Samuel? So we have QDLaser.com. Kept it nice and simple for you guys. We do have a QR code which I can give you this if they want to do a screenshot during the video feed or something but please take that information. One of the best things if you really want something moving that is a real life testimonial we did a campaign in Japan called With My Eyes. Highly recommend look at that on YouTube. It's a about a half an hour presentation of different people who have used our technology to take actual photos and these are people who had less than .03 vision and just oh my God I'm now taking panoramic photos that are in art museums. That's amazing. Yeah. So how much is the QD Laser that attaches to the camera? So right now the camera attachment is not available for sale. We're going to be opening up the pre-orders and registrations this summer and we'll be shipping within six months of that closing. Okay. All right. The wearable technology is available now. We just launched our e-commerce web store so on QDLaser.com you'll find the information to order the wearables now. Great. Well this has been very interesting. Thank you very much Samuel. Absolutely. Thank you.