Photonic crystals (PCs) have received a great deal of attention as promising platforms for next generation optoelectronics, because of their intriguing prospects for the on-demand manipulation of not only photons, but also photon–matter interactions within a small space. In general, PCs consist of periodically modulated structures of different dielectric materials with the periodic length nearly equal to the light wavelength. When a light wave propagates into a PC structure, we can observe the forbidden regions for photons in the dispersion spectrum. Such specific regions are known as ‘photonic band-gaps (PBGs)’. The way in which the PCs interact with light waves is analogous to the interaction of atomic crystals with electrons.
Research Article: Hydrology: Current Research
Research Article: Hydrology: Current Research
Short Article: Hydrology: Current Research
Short Article: Hydrology: Current Research
Research Article: Hydrology: Current Research
Research Article: Hydrology: Current Research
Research Article: Hydrology: Current Research
Research Article: Hydrology: Current Research
Research Article: Hydrology: Current Research
Research Article: Hydrology: Current Research
Posters & Accepted Abstracts: Environmental & Analytical Toxicology
Posters & Accepted Abstracts: Environmental & Analytical Toxicology
Scientific Tracks Abstracts: Environmental & Analytical Toxicology
Scientific Tracks Abstracts: Environmental & Analytical Toxicology
Scientific Tracks Abstracts: Environmental & Analytical Toxicology
Scientific Tracks Abstracts: Environmental & Analytical Toxicology
Young Research Forum: Hydrology: Current Research
Young Research Forum: Hydrology: Current Research
Scientific Tracks Abstracts: Hydrology: Current Research
Scientific Tracks Abstracts: Hydrology: Current Research
Hydrology: Current Research received 2843 citations as per Google Scholar report
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