 We are trying to make the world's smallest, fastest and most energy efficient places. We would use them for applications ranging from telecommunications to general light applications. We are able to do this because we are able to make nanowires. These aren't found in nature. These are grown in our lab here. A nanowire is a crystalline material. The size of it is smaller than the wavelength of light. A nanowire is so small that with the space of a thinny hair, we can fit almost more than 1,000 nanowires in. I find it phenomenal that we can reduce nature down to a few equations and using these equations, we can design structures that we can't even see with our eyes. Without the team that we have, we would not be able to achieve what we do. It is really a lot of work from many people. Our group has wonderful ideas and wonderful technical experience and knowledge and we are able to work in fields that have not been explored before. It is just like a big family that we are working together. We learn from each other and there is no such big gap saying, supervisor or students, we all learn together. The facilities at ANU are a state of the art. They are leading in this field of nanotechnology and so we are a better place than just be at ANU. We would like to see our devices being used in everyday applications and we would like to see that they are taking us towards a more sustainable society.