https://cmqed.lpem.espci.fr/ Our group focuses on studying fundamental properties of materials based on light-matter interaction in the microwave, THz and mid-infrared spectrum fr SPIP - www.spip.net https://cmqed.lpem.espci.fr/sites/cmqed.lpem.espci.fr/local/cache-vignettes/L144xH95/plan_de_travail_1logo_final_white_notitle-272d5.png?1739236802 https://cmqed.lpem.espci.fr/ 95 144 https://cmqed.lpem.espci.fr/alumni/article/usama-iqbal https://cmqed.lpem.espci.fr/alumni/article/usama-iqbal 2025-10-16T09:13:59Z text/html fr <p>PhD studying ultra-strong light-matter coupling in THz metamaterials through electrical measurements. His work spans from simulation to characterization, including fabrication processes. <br class='autobr' /> He received his Master's degree in Quantum Devices from Université Paris Cité (formerly Paris 7). During his PhD research, he is deeply involved in investigating ultra-strong light-matter coupling in THz metamaterials through electrical measurements, combining both theoretical and experimental approaches. (…)</p> - <a href="https://cmqed.lpem.espci.fr/alumni/" rel="directory">Alumni</a> <img src='https://cmqed.lpem.espci.fr/sites/cmqed.lpem.espci.fr/local/cache-vignettes/L150xH150/141518-2-eddfe-9f2bf.jpg?1760880908' class='spip_logo spip_logo_right' width='150' height='150' alt="" /> <div class='rss_texte'><p>PhD studying ultra-strong light-matter coupling in THz metamaterials through electrical measurements. His work spans from simulation to characterization, including fabrication processes.<br class='autobr' /> He received his Master's degree in Quantum Devices from Université Paris Cité (formerly Paris 7). During his PhD research, he is deeply involved in investigating ultra-strong light-matter coupling in THz metamaterials through electrical measurements, combining both theoretical and experimental approaches.<br class='autobr' /> His work focuses on the design, fabrication, and characterization of metamaterial structures, aiming to explore fundamental quantum phenomena at terahertz frequencies. He performs various measurements using advanced spectroscopy techniques under cryogenic conditions.<br class='autobr' /> Usama also works with theoretical modeling and simulations to optimize metamaterial designs. Through this comprehensive approach, he aims to advance our understanding of light-matter interactions in the THz regime.</p></div>