 Sun Partner Technologies and Mohammed is here, who's going to walk us through what you're showcasing here. Yes, we are developing a transparent solar cell for displays, and here we are showing two different technologies, Y-Zips Reflect and Y-Zips Crystal. Y-Zips Reflect is for reflective displays, and Y-Zips Crystal is for emissive displays. We put our device on top of the display, and it takes part into the charging of the battery of the device. So here you can see our device on a watch with a reflective display, and if we put a little bit more light on it, it gets more energy. You can read the energy on the bottom of the display. So can you talk, Mohammed, can you talk a little bit about the efficiency of your solar cell and how it is different from what is available out in the marketplace today? Yeah, sure. The difference with what is already available as solar cells for watches, for example, is that our device is transparent. So it keeps the aesthetic of what is behind. So the customer does not need to modify its products in order to have a solar cell into his product. And is the efficiency much better outside, now door environment versus indoor environment? Sure, yeah. Sunlight is more efficient than indoor lights. So here, for example, if we have one day of outdoor activities, let's say you can have up to 30 to 40% of battery lifetime more at the end of the day. Okay. Yes. That's excellent. Yes. Because we're seeing a wide adoption of LED technologies on the road signs, right, with gigantic solar cells, right, and sometimes you see those solar cells are not efficient or they're not operating as well as you would like them to work. So could this technology take part in those applications and address that issue? Yeah. So our technology is amorphous silicon-based technology, mainly, and amorphous solar cells are mastered a little bit more than organic solar cells. So we actually have a good mastering of the energy getting out of the solar cell right now by our very specific fabrication process. Okay. So this is the version of our technology that goes on the emissive display. So this is a regular QCRA phone with a full HD display on it. And we made a prototype putting the device on it. And you can see if you put some light on it, it starts charging the battery. Excellent. Excellent. And if you have, let's say, three minutes of sunlight exposure, you can have one minute talk time. Talk time. Yes. So potentially, if you're not using your cell phone and it's sitting on your desk, it's still charging. It's charging. It will be more charging if you are outdoor, a little bit less if you are indoor. But any time you have sunlight or indoor light, it's charging. Excellent concept. So can you tell us a little bit about your experience at iZone and how this is helping you? It's the first time I come to SID and iZone. So I'm really excited. And I have very, very interesting discussions with a lot of people of other companies. I have exchanged some cards. It's very, very, really, very interesting. And I think it's a good opportunity for our technology to become a little bit out of our country and Europe also. Okay. Excellent. Mohamed, thank you very much for your time today. Thank you very much. Good bye. Thank you and goodbye.