Site • RSS • Apple PodcastsDescription (podcaster-provided):
Found in Space: A Science Podcast for Kids and Teens is a semiweekly show for young space enthusiasts, future astronauts, junior scientists, and their families. Episodes are short, 10 to 15-minute explorations of a space topic or listener question.Themes and summary (AI-generated based on podcaster-provided show and episode descriptions):
➤ Space science Q&A for kids • Solar system dynamics: gravity, moons, rings, tides, seasons, eclipses • Stars and Sun: light, fusion, colors, spectroscopy • Planets: composition, formation, weather, tectonics, habitability • Black holes, jets, wormholes, cosmology, multiverseThis podcast offers short, kid- and teen-friendly explanations of space science built around big “what if” scenarios and listener questions. Across the episodes, it focuses on helping young listeners understand how the universe works by connecting everyday ideas—like light, heat, water, motion, and gravity—to astronomy and planetary science.
A recurring theme is how gravity shapes the solar system and beyond, from the orbits of moons and the structure of rings to the way asteroid belts form and how planets can even exist without a host star. The show also spends time on the Sun and stars, exploring why stars shine, how color relates to temperature and human vision, how scientists use tools like spectroscopy to learn what distant objects are made of, and what conditions exist on or near stars.
Black holes and other extreme cosmic objects appear frequently, including discussions of what black holes are, effects such as spaghettification, and related high-energy phenomena like jets. On the planetary side, the podcast covers how worlds form and evolve, including questions about Earth’s history, tilts and seasons, plate tectonics on other planets, unusual terrain and volcano formation, and the possibility of changing a planet’s environment to be more Earth-like.
The show also introduces broader cosmology topics—such as the expanding universe, dark energy, the observable universe, and ideas about multiverses—while noting where scientists have strong evidence versus open questions. Occasionally it touches on human spaceflight and engineering, including how spacecraft were developed and what it takes for astronauts to survive in space.
