Salma Alsaghir

I am currently an undergraduate sophomore majoring in computer engineering at New York University Abu Dhabi (NYUAD). Since October 2023, I have been actively involved in research at the Center for Quantum Technology Studies (CQTS), where I am engaged in various projects, including NV-Centers, NMR Mouse, quantum computing, and simulations using spinQ. My passion for research extends beyond the confines of my current projects, as I am also associated with the Interdisciplinary Quantum Exploration Lab. Here, I am able to delve deeper into the quantum realm, exploring the intricacies of quantum mechanics and its potential applications in technology. This experience has not only broadened my understanding of the field but also fueled my curiosity and eagerness to contribute to the advancement of quantum technologies. As a young researcher, my goals are ambitious yet grounded in a desire to make meaningful contributions to the field of quantum computing and mechanics. I dream of being at the forefront of technological innovations, pushing the boundaries of what is currently possible, and playing a pivotal role in shaping the future of computing. I am committed to continuous learning and exploration, and I am excited about the journey ahead in the ever-evolving landscape of quantum research.

During the summer of 2024, I focused on three major projects involving the application of the NMR MOUSE technology. Firstly, I developed and submitted a comprehensive proposal for the Zayed National Museum, aiming to apply quantum sensing techniques using the NMR MOUSE to analyze and preserve various artifacts. This aligns with the museum's mandate to safeguard and celebrate the rich cultural heritage of the UAE by using cutting-edge, non-destructive technologies. Secondly, I conducted detailed research on the use of NMR MOUSE in analyzing cultural heritage artifacts, such as paintings, frescoes, and mummies. I explored non-destructive methods to provide insights into their composition and state of preservation.

Lastly, I started a collaborative project with another lab from the Bioengineering Department to analyze hydrogel samples using the NMR MOUSE. The Bioengineering team prepared the hydrogel samples (GelMA) in their liquid form, which I then exposed to UV light to induce solidification. Using the PM5 NMR MOUSE from Magritek and Prospa software, I set up experiments to collect data at different depths and analyze relaxation times and echo decays. This project is ongoing, and I plan to continue it next semester, focusing on optimizing parameters and expanding the study to include different types of hydrogels. Additionally, the Bioengineering team will provide tissue samples for further analysis. These projects have laid a solid foundation for my ongoing research and innovation in integrating advanced NMR techniques with practical applications in both cultural heritage and material science.