Laser à fibre quantique

Abstract

Laser phenomena can be identified by matter that amplifies light (“active medium”) and device that traps the light around the space filled with the medium (“cavity”). In order to activate the amplifying medium, energy is pumped into it. The gain medium is thus a converter between the pump energy and the light emission. The feedback mechanism in fiber laser is needed because the light would otherwise escape from the medium. Theoretical and simulated Fiber laser and quantum intersection can be identified also as: Quantum mechanics and Laser operation, stimulated Emission, spontaneous emission, population inversion and coherence and quantum States. Quantum computing is one of the emerging technologies. Huge research groups are working to bring quantum computing applications into reality. The main objective of this project is to find out the impact of quantum laser on other applications such as AI. The intersection of lasers and quantum phenomena is a rich and multidisciplinary field with profound and deep implications for both fundamental physics and practical applications in technology, including quantum computing, communications, and modern laser applications. Quantum demonstrates how our understanding of quantum mechanics has led to the development of revolutionary technologies. At the end, using Kiskit software to simulate the quantum phenome and understand the future revolution of quantum application especially with AI. Quantum simulators are software programs that run on classical computers and make it possible to run and test quantum programs in an environment that predicts how qubits react to different operations.