 My invention is making this organic inorganic hybrid semiconductor, which is much more faster than the conventional semiconductors used in your mobile phones like silicon. The good thing about this semiconductor is that it's ultra-thin. This kind of ultra-thin hybrid structure is very important for future bandwidth versus. Imagine the motherboard in your mobile phone, which is doing most of the calculations and data processing for you in your device. Our material will exactly replace that in your motherboard and start doing those calculations at a much faster rate. Your mobile phone can actually become a supercomputer. Right now, humans are making about a billion electronic devices every year. What happens to your old phones? They all end up in a landfill. The waste that is being generated affects everyone who's living on this planet. We have the responsibility where technology keeps on growing so that it helps our daily lives become better, but at the same time, it's not harming the environment. That's what the semiconductor does. I have been absolutely lucky and honored to have all the research facilities here in Canberra. I could grow the material, test it, and then show to the world that, yes, we have made this and done this all at ANU.