1. Ng Siu Mui Secondary School Physics Report Nanotechnology 6B 17 Leung Ka Lok

2. What is nanotechnology ? Nanotechnology is the term used to refer to the synthesis, control, engineering and manipulation of materials on the nanometer scale. Nanotechnology is the term used to refer to the synthesis, control, engineering and manipulation of materials on the nanometer scale. By “nanometer scale”, we mean at the level of several atoms and molecules. By “nanometer scale”, we mean at the level of several atoms and molecules.

3. What advantages will they bring? The main advantage is that smaller components can be used in the applications that we develop. The main advantage is that smaller components can be used in the applications that we develop. By developing nanotechnology, we will be working with nature’s fundamental building blocks and striving to develop a new generation of products that are faster, cleaner, stronger, lighter and more precise. By developing nanotechnology, we will be working with nature’s fundamental building blocks and striving to develop a new generation of products that are faster, cleaner, stronger, lighter and more precise.

4. What types of application can be find? Basically, the general applications are involved: Basically, the general applications are involved: Energy storage products Energy storage products New types of flat panel display New types of flat panel display More powerful computers More powerful computers Ultra high capacity storage devices Ultra high capacity storage devices New medicines New medicines More potent catalysts More potent catalysts Stronger materials Stronger materials

5. An example Sensing glove (is shown at the right) attached with flexible e-textile sensors for remote control of toy car. Sensing glove (is shown at the right) attached with flexible e-textile sensors for remote control of toy car.