Explore more new types of unconventional superconducting materials, new systems of high-temperature superconducting materials, topological superconducting candidate materials, etc. This will provide more high-quality experimental objects for the study of the microscopic mechanism.
Explore new heavy-fermion materials，new types of quantum critical materials and new quantum critical phenomena, and provide more high-quality research objects for further comprehensive control methods in high pressure, strong magnetic field, and extremely low temperature.
Explore new systems of frustrated magnets, and study novel physical phenomena in materials due to multiple strong correlation interactions, couplings and competitions such as quantum fluctuations and geometric frustrations.
With the help of high-pressure synthesis equipment, explore new 3/4d/5d transition metal oxide materials, and reveal the physical mechanism of the interaction between the charge, spin, orbit, and lattice degrees of freedom in the material.
Because of the strict and regular arrangement of atoms in the single crystal, as well as the characteristics of no grain boundaries and few impurities, it can present the most essential properties of the material, which is the basis of scientific research and industrial applications. High-quality single crystal materials are not only ideal objects for physical research in extreme conditions such as ultra-high pressure, extremely low temperature, and strong magnetic fields in the basic physics field, but also for industrial applications, such as aerospace, high-end chips and other advanced "stuck neck" fields, Is of far-reaching strategic significance.
In terms of basic physics research, it will follow the scientific research cooperation route of "theoretical guidance-single crystal preparation-experimental measurement", relying on the theoretical research group of the Institute of Physics of the Chinese Academy of Sciences, and Huairou comprehensive extreme conditions experimental device, a new generation of high-energy synchrotron radiation light source, The in-depth cooperation with large scientific devices such as the spallation neutron source realizes purposeful and efficient single crystal sample growth, promotes the development of condensed matter physics and the improvement of the overall scientific research strength of the research team. In terms of industrial applications, it will actively cooperate with relevant enterprises and units to provide certain technical support and growth process service support for them. Combining the strong production capacity of the factory and the advanced synthesis technology in the research group, it is expected to be applied in industry. A breakthrough has been achieved in the field of "card neck" single crystal materials.
The picture below shows the single crystal photos of some functional materials we have grown. (For more information, please go to Crystal Lib）
