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/cosmology fundamentals, inflation, CMB, expansion •Stars: properties, nucleosynthesis, deaths, supernovae, compact/binary systems, jets •Exoplanets, alien life •Gravity/relativity, lensing, gravitational waves •Space missions/telescopes (Kepler, JWST, Parker), Mars/remote sensing •Asteroids, cometsThis podcast explores astronomy and astrophysics for listeners who want a broad, concept-driven tour of the cosmos and humanity’s place in it. Across the episodes, the content spans observational astronomy, space missions, and the physical theories used to describe phenomena from planetary scales to the large-scale structure of the universe.
A recurring focus is how scientists detect and characterize objects beyond Earth. Topics include exoplanets—especially small, rocky, Earth-sized worlds—and the tools and methods used to find them, such as major space telescopes and optical observing. The show also examines solar-system bodies like asteroids and comets, along with planetary exploration through robotic missions and remote-sensing techniques used to study Earth and other worlds.
Another major theme is stellar astrophysics: the properties of stars, their life cycles, and endpoints. Discussions extend from main-sequence behavior and variable and binary systems to compact objects, nucleosynthesis, and explosive events such as supernovae, including what can be inferred about notable nearby stars. Related high-energy and relativistic phenomena—quasars, jets, and gravitational waves—appear as part of this broader look at extreme astrophysics.
Cosmology and fundamental physics form an additional backbone of the podcast. Episodes address concepts such as cosmic inflation, the cosmic microwave background, the expansion of the universe, cosmological models, gravity (including modified gravity), and relativity, with occasional links to quantum ideas like entanglement and quantum cosmology. Interspersed are guest conversations and career-oriented discussions that touch on research work and pathways into astrophysics.
