Anjali did her masters degree in Optoelectronics and Laser Technology from International School of Photonics, CUSAT, India. She was an erasmus plus exchange student in University of Gothenburg,Sweden. She completed her bachelors in Electronics and Communication Engineering.
Her thesis work for masters degree was on Generation of tunable narrowband mid-IR light for gas-phase spectroscopy of biomolecules.She also got exposure to different laser technologies used for spectroscopy and accelerators from her internship at RRCAT.Thus her research interest began to be more on the laser engineering /physics side with her electronics engineering background. She wants to deepen her skills and knowledge on lasers for spectroscopic studies and hopes to benefit the society from her works. This paved the way for her to apply for LISA Project.
She is now working with S3 LEB team in GANIL, France.
Her hometown is in Kerala, India. She loves to travel and learn about places and cultures.She finds this a great opportunity as well to try out the delicious French recipes.
Develop Ti:Sa based laser systems to cope with the atomic ionization schemes of the actinide elements; Improve the overall efficiency of the gas cell to gain sensitivity for the shortest actinide isotopes; Participate to the commissioning and first high-resolution on-line laser spectroscopy measurements at GANIL-S3.
Narrowband width, high power, high repetition rate Ti:Sa based laser system; difference frequency generation Ti:Sa laser system for nobelium ionisation; optimized geometry of the entrance window of the gas cell for the very slow actinides; new nuclear and atomic properties of actinides elements from the analysis of data from GANIL-S3 and comparison to state-of-the-art nuclear structure models (WP4&5).
This Marie Sklodowska-Curie Action (MSCA) Innovative Training Networks (ITN) receives funding from the European Union’s H2020 Framework Programme under grant agreement no. 861198