A place to explore physical phenomena. Its research fields are very extensive, including mechanics, thermodynamics, optics, electricity, magnetism, and quantum physics. The research purpose of physics laboratories is to deeply understand the essence of physical phenomena, discover new physical laws, promote the development of science and technology, and make contributions to social progress.

The research results of physics laboratories are very rich. In terms of theoretical research, laboratory researchers have conducted in-depth exploration of physical phenomena and discovered a series of new physical laws, such as quantum entanglement and relativity. In terms of experimental testing, the physics laboratory continuously conducts various experiments to verify the correctness of theoretical research results. At the same time, the laboratory also excavates the laws and characteristics of physical phenomena through the analysis of experimental data, providing empirical support for theoretical research results.

The research characteristics of physics laboratories lie in their cutting-edge and innovative research methods and methods. The laboratory adopts the most advanced technology and equipment, such as superconducting Quantum computer, high-energy physics experimental device, etc., to carry out various physical experiments. At the same time, the physics laboratory continues to explore new research ideas and methods, such as numerical simulation, quantum computing, etc., to better understand and explore physical phenomena.

In the future, the physics laboratory will continue to focus on the frontier issues of physics, such as Quantum information, High-temperature superconductivity, Cosmology, etc., and carry out innovative research to promote the development of physics. At the same time, the physics laboratory will also strengthen cross cooperation with other disciplines, promote Transdisciplinarity, and make greater contributions to solving major problems facing mankind.