I happen to join a nominal college and they are understood that my fate is sealed. Now I will not be like the best IATNs or NITS in the world. Moreover, I joined in bioengineering and the first day the seniors told me that you guys have no job after 4 years. Some IT company might take you. That is your fate. So essentially I understood that my, this is a dead end. So I have to do something different. And there I started experimenting with science and technology. Instead of thinking about future, I thought let's do something in the present. And that's how my journey towards project starts. I started doing projects in robotics to drug delivery and biodiesel and all. And like that, once I happened to enter into a conference hall like this very cool, there was a professor from Harvard who was speaking about this exceptional materials called as carbon nanotubes. And he said these materials are like 300 times stronger than steel or just one six-toppich weight. Elitical conductivity as high as copper, thermal conductivity as good as diamond. So I thought yes, this is my material. I am going to get this and do something big out of it. And I thought I will make a biosensitory out of it. Carbon nanotubes essentially looks like this, but not this big. It's like one billionth of a meter. That's small it is. I just googled out the price. And it was like per gram cost around $400. The quality that I wanted per gram. So I just called up my dad first and said, Dad, can you just send me some $10,000? I just want to buy 200 grams of carbon nanotubes. And he said in a very nice manner, try something else. So then I went to my professor. I asked her, can I synthesize this in the lab? She said, you are just an undergrad. You should do something else, very small projects and all. Then I was not going to stop. So I thought there should be some method. I said just googled out again to find out how it is produced. I understood one thing. You require a big furnace. You require high temperature like 600, 200 degrees Celsius and all. You need to have carbon-containing gases. And then you need to have this catalyst. So I know this every furnace in the world has gotten high temperature, this carbon-containing gases in the vacuum atmosphere. So all I needed was a catalyst and a substrate to coat over that. So my next target was to get the catalyst. My guide told me that, okay, I'll give you some chemicals, but you cannot work after 5 p.m. So I need to take that chemicals. I took it to my hostel. I started preparing it in my room itself. And then we need to have the substrate. So the substrate was like typically platinum, alumina kind of things, which is again non-affordable for me. So there were some construction workers. They had this cement and sand. So we just went to them, explained the project. They understood nothing. They said, I'll give you whatever you want. You just go from here. And they gave us cement. And we started experimenting with our own substrate. We made our cement sand substrate in the backyard of the hostel. Luckily at 9.30 to 10 o'clock, no one saw us. It was safe. So after all this preparation, the next target was to get some kind of plant. There was a small rice mill nearby my university. So I sent my team first. They said they went and gave the big lecture. They said they will reduce your pollution. We will do that. They said we just paid 1000 rupees per year for pollution. How does that matter? So next day I went to them. I said the same things. But I said, you are going to be the next billionaire. If this technology works out. He understood what money is. And he said, yeah, you can work. We will help you. And that's how we started. You can see my friend holding the substrate in a traditional manner. We just expose it in the path of few gas. And we get carbon under tubes over it. They are simple as that. People usually think that carbon under this might look something like a big tube or something like this. But not exactly. It's like a black powder. But it has various applications. You have to see it under transmission, electron microscope or scanning electron microscope to exactly see such kind of tubes. That's how it exactly looks like under these microscopes. We convert the carbon emissions from the industries into a valuable product. You know, value is similar to that of gold into carbon under tubes, which has got many applications. Like, Obeashi Corporation along with NASA is building a space elevator. And it's entirely made of carbon under tubes. Carbon under tubes are also used as biosensors to detect cancer, even to cure cancers in certain cases. Nano robots are possible with carbon under tube. Flexible devices, composites. So the applicants are endless. So we thought, okay, now we are going to have a look at the results of carbon under tubes. So we thought, okay, now we have to scale it up to do something, you know, big. We went to an industry. We said, we'll fix an equipment which will continuously convert your emissions into carbon under tubes. That's how it will exactly work like. We'll have a catalyst which will be sprayed continuously in the furnace, which will interact with the gases, are collected by the electromagnet upside. And this will continue and reduce their emission in large scale and therefore producing a very valuable product like carbon under tubes. We first tried this technology in the rice mill, where the temperature was approximately 200 and less than that. So why we thought, why not in automobiles? As you make every automobile in the world, has this kind of equipment which will be fixed at the back of it, and will continuously convert their emission into nanotubes. You go to a petrol pump, you fix this equipment, they will replace it for you, and they provide 50% discount in the fuel charges. How great it would be like. You know, you're reducing the fuel charges and producing something very useful out of it. That's what our aim is further. Finally, if you think, this technology of carbon under tubes and carbon emissions are very much correlated. This can only have a huge environmental impact if it is applied on a large scale, or else it will be a local impact, not a global impact. So we want this technology to spread everywhere. Every industry should use this technology at least out of greed of making money, so that you know, you will make some good impact on the environment, and also produce a very important product like carbon nanotube, which will have large scale of applications providing, there will be many employment opportunities around the world. So that's my aim. Thank you.