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Solid-State Nuclear Magnetic Resonance
Location
Université de Lille
Date
December 2023 - July 2024
Role
Packing, ssNMR measurements and un-packing of samples. Processing and analysis of ssNMR spectra. Figure generation and writing of results.
Research on
Study of formadinium perovskites for efficient solar cells through ssNMR spectroscopy.
The stability of the PM6:Y6 system for organic solar cells against humidity, irradiation and heat through ssNMR and EPR spectroscopy.
Title of the research paper
Two-dimensional perovskite templates for durable,efficient formamidinium perovskite solar cells
For my first internship in the master’s I joined Dr. Manjunatha Reddy’s team to study the stability of organic semiconductor and perovskite materials for their use in organic solar cells using solid-state NMR (ssNMR). I was attracted by this high-end technique that posed a challenge to me to understand as I had no previous formation on it. By the end of the internship I felt confident in my ssNMR spectroscopy skills as well as article writing skills, contributing to one published paper and another that got rejected. This was a very enriching experience as I learned the importance of collaboration since we analyzed samples sent from colleagues in different parts of the world while they also performed other kinds of complimentary characterization techniques. Additionally, I learned about the article writing and publishing process, which was quite enriching. The results show that organic solar cells using the PM6:Y6 system are good for indoor use while lead halide perovskites’ stability and efficiency for solar cells are being improved.











