Beijing Institute of Technology School of Science Research Overview Teachers in our school have carried out basic and applied basic research in the fields of basic mathematics, condensed matter physics, theoretical physics, physical electronics, physical chemistry, inorganic chemistry, solid mechanics, general mechanics and foundations of mechanics.

It has undertaken a number of national and ministerial level and above scientific research projects such as National 973 and 863, National Natural Science Foundation of China and National Defense. Among them, 23 National Natural Science Foundation projects were approved in 2006, with a total funding of 5.32 million yuan; in 2007,

19 projects were approved, of which the proportion of youth fund projects reached more than 36%, with a total funding of 6.36 million yuan; one project was awarded the National 863 Plan.

In the past three years, it has published an average of more than 100 SCI papers every year; the number of high-level academic papers has increased year by year; in 2006, it won 3 awards at the ministry level or above, including the second prize for natural science in colleges and universities.

National Natural Science Foundation Project Information for 2006 and 2007 In the past two years, our institute has made great breakthroughs in obtaining National Natural Science Foundation projects.

In 2006, 23 projects were approved, with a total funding of 5.32 million yuan, accounting for approximately 27.8% of the total funding of the National Natural Science Foundation of China. In 2007, 19 projects were approved, including 1 key project, 11 general projects, and 11 general projects for youth.

7 fund projects.

The subject distribution of the project is 8 items in chemistry, 6 items in mechanics, 3 items in mathematics and 2 items in physics.

The total funding reached 6.36 million yuan, accounting for approximately 38.6% of the total funding of the National Natural Science Foundation of China.

So far, the number of people in our school who have hosted the National Natural Science Foundation of China projects has reached 53, accounting for 30% of the full-time teachers in the school, which reflects the strong strength and level of teachers in our school in basic research.

Physics Postdoctoral Mobile Station 1.

Introduction: The Physics Postdoctoral Mobile Station of Beijing Institute of Technology is established based on the first-level discipline of physics. It has a unique scientific research team with reasonable knowledge structure and age structure, which has a certain influence at home and abroad, and has a high academic level.

It currently undertakes a number of projects from the National Natural Science Foundation of China, as well as a number of scientific research tasks such as the Ministry of Education’s Cross-Century Talent Project, the 863 Project, the General Armament Department Project, and the National Defense Basic Research Fund. The scientific research funding is stable and sufficient.

This postdoctoral mobile station was approved to be established in 2007.

The scientific researchers at this site always pay attention to the international development frontiers of physics, actively engage in international academic exchanges, and pay attention to exploring new directions while maintaining the stable development of existing scientific research directions.

In the secondary discipline of condensed matter physics, research directions include low-dimensional physics, nanomaterials and molecular devices, quantum information physics, soft condensed matter physics, non-equilibrium statistical theory of structural materials, etc. The research results are published in Phys. Rev. Lett.

and Nano Letter and other important international academic journals.

In the secondary discipline of theoretical physics, research directions include quasi-periodic symmetry and symmetry breaking, mechanics and transport properties of quasi-periodic materials, atomic structure and spectrum, gauge field theory and Yang-Baxter system, quantum field theory

Mathematical physics problems, quantized fields and quantum device interaction systems, etc., dual-employed academician Professor Ge Molin guides research work in this direction for half a year every year.

In addition, this site also includes multiple secondary subject directions such as atomic and molecular physics, optical physics, and plasma physics. They are not only separate systems, but also blend with each other to form a unified whole.

This site insists on starting from major physics topics in subject development, national economy and national defense science and technology development, focusing on basic physical issues in the fields of materials, energy, environment and other fields in the 21st century, determining research content, and has achieved many excellent results and published a large number of high-level

SCI papers.

He has won the third prize of the National Natural Science Award, the first prize of the National Defense Science and Technology Award of the Commission of Science, Technology and Industry for National Defense, and the second prize of the Natural Science Award of the Ministry of Education.

2.

Main research directions: quasi-periodic symmetry and symmetry breaking theory and applications, atomic structure and spectrum, low-dimensional physics, mathematical physics issues in quantum field theory, quantum information physics, plasma physics, soft condensed matter physics, optical physics

Study etc.