"Material structure prediction is one of the holy grail problems in the field of physics
Posted: Tue Feb 18, 2025 3:43 am
Dr. Wen Shuhao, Chairman of Jingtai Technology , has rich research experience and theoretical achievements in computational physics, quantum chemistry and other fields. He once conducted physics research at the Massachusetts Institute of Technology and served as a member of the MIT Visiting Committees. He said: "Accurately predicting material structure requires dealing with very complex highdimensional problems and extremely high computational accuracy. Unique material structures will form unique materials and bring unique properties. These material structures can be drug material structures that cure diseases and save lives, roomtemperature superconducting materials that solve energy transmission bottlenecks, and even the underlying device materials of quantum computers. Mastering the precise material structure prediction technology is like mastering the prophetic key to open the door to future material discovery." Especially under the call of the country to vigorously advocate the development of new quality productivity, "the new material industry is a strategic and basic industry, and it is also a key area of hightech competition."
Materials are substances used to make objects, and the history of human social france phone number list development is also the history of developing and utilizing new materials. Breakthroughs in materials are often the foundation and forerunner of scientific and technological revolutions. The three industrial revolutions in history have all relied on and been accompanied by the development and application of a large number of new materials such as alloys, chemical materials, and semiconductor materials. The current fourth industrial revolution, which is moving from informatization to intelligence, also urgently needs the development and application of a new generation of functional materials. In particular, breakthroughs in key technologies such as superconductivity, quantum computers, controlled nuclear fusion, and highdensity energy storage materials require the discovery of key functional materials.
Materials are substances used to make objects, and the history of human social france phone number list development is also the history of developing and utilizing new materials. Breakthroughs in materials are often the foundation and forerunner of scientific and technological revolutions. The three industrial revolutions in history have all relied on and been accompanied by the development and application of a large number of new materials such as alloys, chemical materials, and semiconductor materials. The current fourth industrial revolution, which is moving from informatization to intelligence, also urgently needs the development and application of a new generation of functional materials. In particular, breakthroughs in key technologies such as superconductivity, quantum computers, controlled nuclear fusion, and highdensity energy storage materials require the discovery of key functional materials.