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Next-generation Renewable
Energy & Electronics Laboratory (NREL)
Materials development
Nanocrystal synthesis
Nanocrystals allow to enhance the optoelectronic properties of bulk organic, inorganic, hybrid perovskite materials.
Nanocrystal modification
Ligand engineering and core crystal engineering enable defect passivation and high photoluminescence/light-harvesting efficiency
Materials design
Design of high performance single-/poly-/nano crystals
Chiral materials
Chiral organic/inorganic hybrid materials enable to control spin-direction of charge carriers and lights without external magnet, allowing for the demonstration of spin-optoelectronics.
Device integration
Light-emitting diodes
Efficient light-emitting diodes based on organics, inorganics, perovskites, hybrid materials save the energy in future displays and solid-state lighting.
Solar cells
Efficient perovskite solar cells convert the light into energy.
Photodetectors
Photodetectors distinguish the directions of circularly polarized light.
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