A "future information analysis and simulation technology".　　This technology can greatly improve information processing capabilities, simulate complex natural and social phenomena, improve the forecasting and analysis of economic crises, social unrest, natural disasters, reduce decision-making errors and improve crisis management capabilities.　　Graphene technology.　　Graphene, also known as single-layer ink, which consists of only one layer of carbon atoms, is a new material discovered by scientists in 2004. Scientists believe that it has the potential to replace silicon as the basic material for information technology.　　Three "nanoscale sensor technology".　　Using this technology, very small nanoscale sensors that do not require power can be made. Such sensors have strong functions of sensing, processing and transmitting information. The sensor also has two major application highlights: one is that it can be implanted in the human body, at any time to monitor the health of the human body; the second is that it does not need its own power supply, it can rely on the surrounding supporting facilities to obtain electricity or the use of heat, solar energy and electromagnetic waves and other power generation. Using this result, the future of cell phones, tablet computers, etc. can not use batteries.　　Four "human brain engineering technology".　　This technology can be used to study the low energy consumption and high efficiency of the human brain. The learning function, association function and innovation function of human brain are not available in the current computer. In addition, with such a huge function of the human brain is a model of energy saving and emission reduction, its power consumption is only 20 to 30 watts, equivalent to an incandescent lamp. The human brain of these amazing things once cracked, will provide reference for information technology research and development.　　Five "medical information technology".　　The research is aimed at promoting the large-scale application of information technology in the field of medicine. This type of technology will also place new demands on the massive transmission of health information, the use of artificial intelligence technology to process this information and make personalized treatment plans.　　Development of "companion robots".　　This project aims to develop simulated robots with a certain degree of perception, communication and emotional expression capabilities to provide seamless services to humans, especially children and the elderly. This project will have two major highlights: one is to rely on advanced artificial intelligence technology, so that the robot initially has a human-like perception, communication and emotional expression; the second is the development of new materials for the manufacture of robots, robots can be made to look and feel like a real person.