Site • RSS • Apple PodcastsDescription (podcaster-provided):
Podcast created for Astro-lovers and for all those who want to know about the cosmos, about the universe and above all about our existence. Hosted by Rohit Agrawal and created by Team ASTROPHYSICAST.Themes and summary (AI-generated based on podcaster-provided show and episode descriptions):
➤ astrophysics and cosmology fundamentals • stars: properties, evolution, nucleosynthesis, supernovae, compact/binary systems, gravitational waves • galaxies, quasars, large-scale structure • exoplanets, extraterrestrial life • solar system bodies • space telescopes/missions • remote sensing • careers/guests in astronomyThis podcast explores astronomy and astrophysics for listeners interested in the cosmos, combining broad introductions with focused looks at specific objects, missions, and physical theories. Across the episodes, a recurring theme is how scientists observe the universe: discussions of optical astronomy and remote sensing are paired with explanations of major observatories and spacecraft that have shaped modern research, including planet-hunting space telescopes, next-generation infrared instrumentation, Mars rovers, and solar probes that sample particles and magnetic fields near the Sun.
Another major strand is the life cycle of stars and the environments they create. The show covers stellar properties and categories, from main-sequence and variable stars to compact remnants, binary systems linked to gravitational-wave signals, and the processes behind element formation. It also addresses stellar death through supernovae, along with related phenomena such as nebulae, dust, galaxy formation, and energetic outflows like astrophysical jets. Solar-system content appears through overviews of asteroids, comets, and milestones in human space exploration.
On the cosmology side, episodes introduce the universe on its largest scales, including large-scale structure, cosmic inflation, expansion, and the cosmic microwave background, alongside the use of cosmological models to describe evolution over time. Foundational physics topics—gravity, modified gravity, relativity, fluid dynamics and magnetohydrodynamics, astroparticle physics, and quantum ideas like entanglement—provide theoretical context for these observations. The feed also includes interview-style conversations about research careers and experiences in astrophysics.
