short biography

My extensive research has provided a foundation for the work of other researchers in the interdisciplinary materials research fields, including materials sciences, condensed matter physics, geophysics, and astrophysics. My innovative researches are many folds, including theory for ferroelectric phase transition, phonon theory, Mott-Hubbard systems and ferroelectrics, magnetism, and thermodynamics, actinide metal.

Education

• Doctor of Philosophy in Quantum Chemistry and Materials Science

• Bachelor of Science in Physics

Academic Interests

• First-principles quasiharmonic phonon approach to the free energy of materials

• Mixed space approach to phonons of polar materials

• Partition function to the free energy for system with multi-microstates

• Itinerant electron magnetism

• The temperature dependence of elasticity

• Effects of spin structures on phonons

• Approach to system with phonon instability

• Phase-filed simulation of the temperature evolution of elastoplastic behaviors of materials

Non-Academic Interests

• Fishing