Experimental Condensed Matter Physics

Dielectric/Ferroelectric property (I)

 - Dielectric Relaxor Behavior

 - Ferroelectric Relaxor Behavior

 - Quantum Paraelectric Behavior

Dielectric/Ferroelectric property (II)

 - Ferroelectric/Dielectric Property at normal conditions 

Electrical-Transport Property of Oxides/Polymers

- Variable Range Hopping Mechanism and “Metal –             Insulator” Phase Transition

- Superconducting Behavior

- Semiconducting Behavior, PTC behavior

Photoelectric and Photonic Properties

 - Optoelectronic and Photonic Properties

Traditional Ferro/piezoelectric: Lead-free oxides
- BaTiO₃ 
- (Bi,Na)TiO₃
- Cd₂Nb₂O₇

Ferroelectric Polymers
- PVDF
- Copolymers
- Terpolymers

Nano-structured Materials
- High energy storage oxide/polymer composite materials
- High dielectric constant oxide/polymer composite materials
- Opto-electronic/electro-optic materials 
- Photonic materials

Optoelectronic ferroelectric oxides
- Opto-electronic/electro-optic ferroelectric oxides - PLZT

Quantum Paraelectric and their derivatives
- SrTiO₃
- KTaO₃
- CaTiO₃
- (Ln,Na)TiO₃

(Semi/Super) Conducting Materials
- La:SrTiO₃
- La-BaTiO₃
- YBa₂Cu₃O₇
- Bi-Sr-Ca-Cu-O

Theory and Modeling 

Phenomenal Theory

 - Landau – Ginzburg – Devonshire Phenomenal Theory          

Microscopic Theory

 - Ising Transverse Field Model   

Simulation and Modeling

 - Finite Element Method for Composite Materials

 - Molecular Dynamic Simulation