Director: Ma Yandong
Institute of atomic and molecular physics mainly undertakes the research work in atomic and molecular physics and related fields. It is responsible for the construction of secondary discipline “atomic and molecular physics” under the first physics discipline, which is intersected with other disciplines such as condensed matter physics and photo physics. The institute carries out characteristic development in basic theory of quantum physics and related issues, quantum open system dynamics and its application, atomic and molecular design of materials, atomic and molecular processes on solids and surfaces, ultra-high resolution spectroscopy of atoms and molecules, (cold) molecules quantum dynamics, related research on Terahertz, and the development of ultra-high resolution spectrometer, playing an important supporting role for the construction of physics discipline in Shandong University.
Our institute has a faculty with reasonable age structure and high academic level, which includes the candidates in Taishan Scholar Program of Shandong Province, Qilu Young Scholar of Shandong University, and so on.
The researchers in our institute have undertaken nearly 30 national and provincial research projects, which include Basic Research Project of Ministry of Science and Technology, the Key Project of National Natural Science Foundation, Major Research Project of National Natural Science Foundation. Relevant research achievements won the second prize of national natural science, scientific research outstanding achievement award in institutions of higher learning of the ministry of education, the first and second prize of Shandong provincial natural science, and so on.
The representative academic papers are published in authoritative journals such as Physical Review Letters, Nature Communications, Journal of the American Chemical Society, Nano Letters, ACS Nano, Physical Review A/E.
The postgraduates cultivated by our institute have rich academic achievements. The postgraduates’ theses have received the title of national outstanding doctorate dissertations, Shandong provincial outstanding doctorate dissertations and master dissertations, etc.
Research Fields:
Valleytronic properties；Topological properties；Photocatalysis ；Electrocatalysis；Li/Na/K-ion batteries：
Prof. Ying Dai, Prof. Yandong Ma, Prof. Chengwang Niu, Prof. Wei Wei, Prof. Lin Yu.
Quantum Information Group:
Prof.anmin Tong, Associate Prof. Guofu Xu, Post Doc. Peizi Zhao.
Information optics, experimental mechanics of optical measurement, digital image processing:
Prof. Jianqiang Xu
Quantum Dynamics; Photon Statistics, Spectrum and Control In Single Quantum System; Blinking Dynamics in Quantum Dot; Ultrafast Dynamimcs in Atomic and Molecular System:
Prof. Yujun Zheng, Prof. Huan Yang, Prof. Meihua Ge, Prof. Yonggang Peng.
Digital Holography; Structure light projection profilometry and engineering applications;Optical measurement and image processing: Prof. Canlin Zhou.
Quantum entanglement and quantum foundations; Integrated quantum optics on lithium nitrogen film on insulators(LNOI); Quantum sensing based on color centers:
Prof. He Lu.
Optical measurement and measurement technology and instruments (engineering); Nonlinear optics (science) is mainly photorefractive crystal materials:
Prof. Cheng yong Gao, Prof. Fengqin Liu, Prof. Shuchun Si.
Crystal and spectra of materials: Prof. Shangqian Sun.
molecular reaction dynamics:
Prof. Shiying Lin.
Mechanical and Electronic Properties of Polecular Contact ; Low-dimensional Materials and Nanostructures:
Prof. Yuanhua Qi, Prof. Tao Zhang, Prof. Xiaoru Zhang, Prof. Hui Li.
Development of high-resolution spectrometers with the generated frequency tunable CO2-laser/microwave-sideband radiations; Applications of the developed spectrometers to precision spectra of molecules and molecular ions in the frequency region of microwave, far-infrared (THz), and infrared; Separation and conversion of nuclear spin isomers of gaseous molecules by using the technique of light-induced drift; Theoretically study on conversion of nuclear spin isomers of gaseous molecules; Generation and detection of terahertz radiations from filaments of the ultrafast and intense pulsed femtosecond lasers in ambient air:
Prof. Zhendong Sun.
