research direction
At present, he is mainly engaged in research work related to particle physics, high-energy physics and cosmology, involving supersymmetric particle physics, neutrino physics, B physics, M/ string theory, cosmology and astrophysics. At present, the research interests and directions are supersymmetric particle theory and phenomenology, including supersymmetric particle physics, B physics, accelerator physics, standard model of particle physics and research work of "new physics".
The study of cosmological and astrophysical problems related to particle physics, such as the early universe, cosmic dark matter and dark energy. Paul Hu (1974.3.6~), associate researcher, State Key Laboratory of Boundary Layer Physics and Atmospheric Chemistry, Institute of Laser Science, male, associate researcher. 1997 graduated from Lanzhou university, majoring in atmospheric environment and atmospheric physics, and obtained the doctor's degree of lasg in 2006; In 2005, lasg State Key Laboratory of Atmospheric Boundary Layer Physics and Atmospheric Chemistry served as an assistant researcher, engaged in ground-based solar radiation observation and radiation transmission research. Main research interests: atmospheric radiation, aerosols and their radiation effects. He has published more than 10 academic papers in core journals at home and abroad, including 6 SCI(E) papers. At present, the scientific research projects undertaken are: 973 project scientific research task (as the backbone of scientific research), responsible for long-term online observation and application research of ground-based radiation; An important direction project of knowledge innovation project of China Academy of Sciences, Research on Long-term Ecological Monitoring Data Quality Control and Data Development Methods and Key Technologies (project leader); Project leader of rapid online monitoring technology for key gas pollutants in 863 project.
Representative works are:
, Wang Yuesi, Liu, Variation Characteristics and Empirical Estimation Equation of Urban Ultraviolet Radiation in Beijing, Plateau Meteorology, 2007,26 (3), 51-518.
, Wang Yuesi, He Xinxing, Liu, Study on the Radiation Characteristics of a Strong Sandstorm in Beijing in 2004, Climate and Environment, 2005, 10(2), 265-274.
Paul Hu, Jason, Zhang Wu, Chen Changhe, Radium Cheung, Application of Integral Turbidimeter in Atmospheric Aerosol Research in Lanzhou in Winter, Journal of Lanzhou University (Natural Science Edition), 2005,41(3), 19-25.
Zhang Wu, Chen Changhe, Feng, Scattering Characteristics of Atmospheric Aerosol Particles in Xigu District of Lanzhou City in Winter, Plateau Meteorology, 2003,22 (4), 354-360.
He Xinxing, Wang Yuesi, Wen Tianxue, Paul Hu, Physical and chemical characteristics analysis of a sandstorm in Beijing in spring of 2004, Environmental Science 2005,26 (5), 1-6.