Low dimensional and hybrid materials
--- Materials can be complex not only in terms of composition but also when they are reduced to low dimensions or hybridized with organic molecules.
This research direction is highly collaborative regional efforts that aims at pushing our knowledge of another types of being complex for inorganic materials. We are particularly interested in applications related to optoelectronics and quantum information for using such materials.
Representative Papers
- Benchmarking the most effective DFT functional for high throughput screening organic metal halide hybrids (OMHH)
- Combined experimental and theoretical understanding of magnetic ordering in OMHHs
- Low resistance transistor contacts between 2D materials and metal
- Unusual thermoelectric properties in low dimensional materials
- High order deformation potential theory for strain engineering of 2D materials