Theoretical Condensed Matter Physics
Condensed matter physics deals with the physical properties of condensed phases of matter. These properties appear when a number of atoms interact strongly and adhere to each other or highly concentrated in a system. The most familiar examples are solids and liquids. Starting at the microscopic level with the SE, many properties of materials can now be calculated with a high degree of accuracy. CCMPL work on developing new methods and applying them to new problems in physics, chemistry, material science and biology.
Members:
Dr. Zhang WanZhou, Dr. Ma Ning, Dr. Feng Lin, Prof. Zhang WenXing
Subjects:
Classical Phase Transition, Quantum Phase Transition, Topological Insulator
Methods:
Analytical Model, Second Quantization, Density Matrix, Monte Carlo Simulation, Kinetic Equation
Dr. Zhang WanZhou, Dr. Ma Ning, Dr. Feng Lin, Prof. Zhang WenXing
Subjects:
Classical Phase Transition, Quantum Phase Transition, Topological Insulator
Methods:
Analytical Model, Second Quantization, Density Matrix, Monte Carlo Simulation, Kinetic Equation