报告人：Minghu Pan 博士
Center for Nanophase Materials Sciences
Oak Ridge National Laboratory
Oak Ridge, TN 37831
题目：FromGraphene, Layered Oxides to Molecular Assembly: Probing at Atomic/Single Molecular scale
地点：909号楼一楼B会议室(Conference Room B, 909-1F)
The overarching scientific driver for our research is the question, “How do atoms, molecules and defects interact with external stimuli to define physical properties?” The key to answering this question is the development of new analytical tools for understanding the mechanisms of electronic and ionic functionalities on the atomic and molecular level. At the CNMS, this effort is underpinned by a vigorous program of scanning probe microscopy development, including in-house design and construction of low-temperature high magnetic field scanning tunneling microscope (STM) and variable temperature STM for probing electronic properties of solid surfaces and molecular systems. These systems are presently used to explore in-depth intertwined electronic and structural phenomena on materials such as graphene, layered transition metal oxides and pnictides, and further extend this knowledge to probe and control molecular systems.
Nanjing University Physics BS
Nanjing University Physics Ph.D.
Oak Ridge National Laboratory, Oak Ridge, TN Research Staff 2005 – present
Oak Ridge National Laboratory, Oak Ridge, TN Postdoctoral research associate 2004 – 2005
Institute of Physics, CAS Postdoctoral research associate 2001-2003
Research Interests and Activities:
Study the atomic and electronic structure of highly correlated electronic systems, graphene and its derivatives, molecular self-assembly and surface reaction using low temperature scanning tunneling microscopy.
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