​Our research mainly focus on theory simulations of heat transfer and energy management in nanoscale, but not limited to below interests:​

1. Phonon transport properties of the emerging nanomaterials, such as graphene, C3N etc.

2. The energy coupling between multi-carriers, such as phonon-phonon coupling, phonon-magnon coupling.

3. Design thermal interface materials with high thermal conductivity.

4. Design different kinds of Phononic devices, such as thermal rectifier, adjustable thermal resistor, etc.

5. Explore new theoretical description for heat transfer in soft materials, such as hydrogels.

6. Thermoelectric performance of layered materials, such as g-C3N4. 

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