Promote the research and development of new materials. The United States launched the "Material Plan" search engine. The US Department of Energy's Lawrence Berkeley National Laboratory and the Massachusetts Institute of Technology jointly launched a new web engine called "Material Plan", which is specifically used to search for various materials The nature allows scientists from universities, national laboratories and private companies to share information to promote the development of new materials and key materials. "Accelerating the research and development of new materials can promote the discovery of clean energy and public consumer products as soon as possible." US Department of Energy Secretary Zhu Diwen said, "This research will help the United States and other countries to compete in the development of new materials, Bringing potential new industries to the United States. "Discovering new materials and strengthening the properties of existing materials is the key to improving everything used by humans-from buildings and highways to all modern necessities. Especially in the field of clean energy, accelerating the development of a class of so-called "key materials" is more important to the United States than before, and mobile phones, wind turbines, solar cells, and various military technologies rely on these materials. These materials include about 14 elements, 9 of which are rare earth elements. With the development of the "Material Project", researchers can use supercomputers to describe the properties of various inorganic compounds, including their stability, voltage, capacitance, and oxidation state, which was impossible in the past. These results will be compiled and compiled into a database so that all researchers of the US Department of Energy National Laboratory can freely search. This database already contains more than 15,000 inorganic compounds, and hundreds of new compounds are added every day. Researchers are already collaborating with several companies through this search engine, hoping to make lighter aluminum alloys that are stronger and more resistant to corrosion, which may bring lighter vehicles and aircraft. They have also successfully used it in predicting and discovering clean energy materials, including lithium-ion batteries, hydrogen storage, thermoelectric products, electrodes for fuel cells, and photovoltaic materials.
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