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 basics • exoplanets and extraterrestrial life • space telescopes, probes, rovers • stars: formation, evolution, supernovae, compact objects • gravity, relativity, gravitational waves, lensing • galaxies, large-scale structure, CMB • solar physics, auroras • astroparticle, fluids, MHD • astronomy careers/interviewsThis podcast introduces a wide range of astrophysics and astronomy topics for listeners who want to understand the cosmos and humanity’s place in it. Across the episodes, the focus often alternates between observational astronomy and the underlying physics used to interpret what telescopes and spacecraft measure. There is substantial attention to planets and small bodies, including Earth-sized exoplanets, asteroids, comets, and the search for extraterrestrial life, alongside discussions of planetary exploration and data collection techniques such as remote sensing and Mars rover science goals.
A major theme is how modern instruments expand our view of the universe. Episodes describe space-based observatories and missions designed to detect exoplanets, observe the Sun’s atmosphere, and study the early universe and distant galaxies, emphasizing what these tools measure and why those measurements matter.
The show also spends considerable time on stellar and high-energy astrophysics, covering how stars are classified, how they evolve, and how they end their lives, including supernovae, compact objects, and systems connected to gravitational waves. On larger scales, it explores cosmology topics such as cosmic inflation, the expansion of the universe, the cosmic microwave background, and cosmological models, as well as how galaxies and large-scale structure form and cluster.
Several episodes lean into foundational and advanced physics—gravity, relativity, modified gravity, fluid dynamics, magnetohydrodynamics, and quantum concepts like entanglement—linking these ideas to real astrophysical phenomena such as jets, nebulae, quasars, auroras, lensing, and galaxy evolution. The podcast also includes occasional guest conversations and career-oriented discussions that highlight researchers’ work and pathways into astrophysics.
