| Special care was dedicated to avoid the onset of exciton annihilation, which enabled us to reveal otherwise hidden energy transfer processes. |
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| Implicitly, the more donors, the greater the probability for a photon to become an exciton. |
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| The large bandwidths of the bands reflected the short lifetime of these states due to fast exciton relaxation. |
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| Thanks to the strong-coupling regime, it is possible to confine polaritons either through their photon or through their exciton part. |
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| If the energy is transferred to a neighbouring electron, a new exciton is produced as this electron is forced away from its atom. |
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| When an electron in an exciton recombines with a positive hole, the original atom is restored, and the exciton vanishes. |
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| With smaller dimensions than the exciton Bohr radius, they display unique optical and electronic properties at diameters of about one to ten nm. |
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| Studies of exciton migration, conception of redox molecular switches and of novel type of glues. |
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| The densely packed pigments in chlorosomes and the rapid energy transfer between them lead to onset of exciton annihilation at remarkably low light level. |
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| Some specific quasiparticles are the exciton, phonon, magnon, and polaron. |
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| In the material, the procedure produced quasiparticles called exciton polaritons, which form when photons of light and electrons collide. |
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| Examples of this are materials that are optimized to give high charge carrier mobilities and high exciton diffusion coefficients. |
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| When the mixing becomes resonant, the phonon sideband anticrosses with the excited exciton state. |
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| The energy of the exciton may be converted into light when this happens, or it may be transferred to an electron of a neighbouring atom in the solid. |
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| Each free electron-hole pair created by a photon is called an exciton. |
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| An externally applied voltage drives these carriers into a recombination region, where they form a single neutral bound state known as an exciton. |
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| Thus, Ag nanoparticles not only lower the exciton energy level but also decrease the photoluminescence intensity creating alternative paths for the decay of excitons. |
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| Ningbo Exciton New Material Technology is the most typical one and has realized mass-production of reflection membrane and diffusion film. |
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| Exciton light sources may also prove useful for molecular sensing and as inexpensive alternatives to light-emitting diodes and diode lasers in optical integrated circuits. |
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