Quantum Dot Solar Cells with strongly correlated materials

The group specializes in the study of strongly correlated materials and their cutting-edge applications in advanced technologies. Quantum dots fabricated from strongly correlated materials have recently demonstrated remarkable potential across various fields, including high-efficiency solar cells, quantum devices, and nanoelectronics.

Research :

Quantum Modeling and Simulation: 
We employ the second quantization formalism to analyze electronic behavior and quantum transport phenomena in these materials.

Key Physical Quantities Computation:
Our work focuses on calculating the density of states (DOS) and quantum transport properties to enable the design of more efficient materials.

Technological Applications:
We optimize material properties to enhance solar cell efficiency and develop advanced energy storage devices.