I am a theoretical nuclear astrophysicist with a solid research profile, including a number of citations (163) and a h-index (7). My doctoral work focused on the in-medium properties of hadrons under extreme conditions of temperature and density, within a model-dependent framework. With over seven years of experience, I have honed my skills in extensive calculations, model building, and computational and analytical assessments. My passion for astrophysics drives me to explore unsolved problems in quantum chromodynamics (QCD) phase transitions, compact stars, effective mean-field models, and finite temperature field theory, enabling me to uncover emerging new physics in the field. Beyond research, I aspire to contribute as a teacher, nurturing the next generation of researchers, and engage in science comm, making  wonders of physics accessible to a wider audience.