Nanostructured photonic materials
Periodic nanostructures fabricated by nanoimprint lithography
Solution-processed organic, inorganic, and hybrid photonic thin films
Nanopatterned structures for light extraction, diffraction, and optical feedback
Self-assembled photonic materials with controllable optical functionalities
Perovskite and carbon-dot optoelectronics
Quasi-2D and 3D perovskite thin films for distributed-feedback lasers
Crystallization and nucleation control in solution-processed perovskites
Highly polarized surface-emitting nanolasers on nanopatterned substrates
Carbon-dot/polymer photonic films for directional and color-tunable emission
Flexible and multifunctional light-emitting devices
Stretchable mechanoluminescent films and soft optical composites
Nanostructure-assisted emission enhancement and light outcoupling
Polymer and liquid-crystal-based optical modulation layers
Multifunctional optoelectronic devices based on soft and hybrid materials
Liquid-crystal and chiral photonic systems
Cholesteric liquid-crystal lasers and photonic bandgap structures
Multi-colored lasing in organic nanostructured systems
Electric-field-tunable structural colors and optical resonances
Chiral and anisotropic materials for polarization-dependent photonics