My academic journey spans quantum physics and sustainable energy, reflecting a commitment to bridging theoretical physics with practical energy solutions. I completed my bachelor\\\'s degree and first master\\\'s degree at Mohammed V University, where I specialized in quantum information theory, developing expertise in quantum mechanical principles and information processing.
Subsequently, I pursued a second master\\\'s degree at the University of Ferrol (Spain), focusing on energy sustainability and utilization. This program enhanced my understanding of renewable energy systems and sustainable resource management, complementing my quantum physics background.
Currently, I am a PhD candidate at the University of Santiago de Compostela, where my research integrates nuclear physics and energy conversion technologies. My doctoral work focuses on innovative methods for energy extraction from isomers and radioactive materials, aiming to transform these unconventional energy sources into practical applications. Simultaneously, I conduct research in quantum thermodynamics, investigating the fundamental principles governing energy and matter at the quantum scale.
This interdisciplinary approach combines advanced theoretical physics with real-world energy applications, contributing to both fundamental research and sustainable energy solutions. My work aims to advance our understanding of quantum systems while developing practical technologies for future energy needs.
