Space Telescope Science Institute Intern

Description: Galaxy formation and evolution are regulated by a complex interplay between star formation, chemical abundance and gas dynamics. Stars form from cool gas, which is either formed in situ in the galaxy or accreted from the circum/inter galactic medium or from the merger progenitors. Metals form in stars and are ejected into the interstellar medium (ISM) by subsequent supernova explosions. The metal-enriched gas can get dispersed in the ISM due to the internal gas dynamics of the ISM or get transported out of the galaxy via supernova-driven outflows or galactic winds. This project aims at probing the properties of the ISM via spectroscopic studies involving the emission lines emanating from the ionized gas component of the ISM. The project will have two components: one consists of compiling/analyzing the already available large literature dataset while the other one involves performing the spatially-resolved studies of star-forming galaxies via the integral field spectroscopic technique.   This project will allow an enthusiastic student to get a first-hand experience in astronomical research, addressing key questions related to galaxy formation and evolution. All resources are in place. A suitable candidate should be willing to learn new skills and be enthusiastic about astronomy research.

Qualifications

• Interest in physics research
• Previous research experience
• Programming skills a plus