Published January 11, 2021
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Dark exciton preparation in a quantum dot by a longitudinal light field tuned to higher exciton states
- 1. University of Münster
- 2. National University of the Northeast
Description
The authors propose a scheme to excite the dark exciton ground state in a quantum dot, based on the use of a longitudinally polarized laser pulse to excite an energetically higher exciton state exhibiting a strong mixing of bright and dark spin configurations.
Translated Descriptions
⚠️
This is an automatic machine translation with an accuracy of 90-95%
Translated Description (Arabic)
يقترح المؤلفون مخططًا لإثارة حالة أرضية إكسيتون المظلمة في نقطة كمية، بناءً على استخدام نبضة ليزر مستقطبة طوليًا لإثارة حالة إكسيتون أعلى بقوة تظهر خلطًا قويًا بين تكوينات الدوران الساطعة والمظلمة.Translated Description (French)
Les auteurs proposent un schéma pour exciter l'état fondamental de l'exciton sombre dans un point quantique, basé sur l'utilisation d'une impulsion laser polarisée longitudinalement pour exciter un état exciton énergétiquement plus élevé présentant un fort mélange de configurations de spin clair et sombre.Translated Description (Spanish)
Los autores proponen un esquema para excitar el estado fundamental del excitón oscuro en un punto cuántico, basado en el uso de un pulso láser polarizado longitudinalmente para excitar un estado de excitón energéticamente más alto que exhibe una fuerte mezcla de configuraciones de espín brillantes y oscuras.Files
PhysRevResearch.3.013024.pdf
Files
(1.3 MB)
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Additional details
Additional titles
- Translated title (Arabic)
- تحضير إكسيتون داكن في نقطة كمية بواسطة حقل ضوء طولي مضبوط على حالات إكسيتون أعلى
- Translated title (French)
- Préparation d'excitons sombres dans un point quantique par un champ lumineux longitudinal réglé sur des états d'excitons plus élevés
- Translated title (Spanish)
- Preparación de excitones oscuros en un punto cuántico mediante un campo de luz longitudinal sintonizado a estados de excitones más altos
Identifiers
- Other
- https://openalex.org/W3119433008
- DOI
- 10.1103/physrevresearch.3.013024
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