HeyJaredNeed My Space
Welcome to Need My Space — your gateway to deep space exploration, cosmic mysteries, astronomy discoveries, black holes, exoplanets, NASA missions, space documentaries, futuristic science, and the unknown universe.
- Indexed episodes, last 90 days
- 22
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- Sep 28, 2026
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- Jul 6, 2026
Latest episodes
Why Astronomers Found a Missing Category of Planets in the Galaxy (opens the original)
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When astronomers mapped thousands of exoplanets using NASA’s Kepler telescope , they expected to find a smooth distribution of planet sizes—small rocky worlds gradually blending into larger gaseous ones. Instead, they found something unexpected: a clear and persistent shortage of planets with radii between about 1.5 and 2 Earth radii . This region, now widely known as the planetary radius gap or Fulton gap , appears as a distinct “valley” in the size distribution of exoplanets. It is not a subtl
TOI-178: The Exoplanet System That Shouldn’t Be This Organized—or This Strange (opens the original)
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At roughly 205 light-years away , the TOI-178 system presents one of the most paradoxical discoveries in modern exoplanet science. Five of its planets are locked into an extraordinarily precise Laplace resonance chain , orbiting their star in a rhythmic pattern that can be described mathematically as 2:4:6:9:12 . This kind of orbital resonance is rare, but what makes TOI-178 remarkable is not just the precision of the pattern—it’s the fact that this system behaves like a natural clock , with gra
The Most Crowded Planetary System May Be Creating Alien Volcanic Superworlds (opens the original)
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The most tightly packed planetary system ever discovered may also be one of the most geologically violent. In the TRAPPIST-1 system , seven Earth-sized planets orbit a cool red dwarf star in orbits so close together that their gravitational interactions constantly tug and flex each world from the inside out. Some planetary scientists believe this extreme configuration could be generating internal heating strong enough to drive Io-level volcanic activity , making parts of these worlds potentially
WASP-76b: The World Where Metal Vapor Becomes Rain on a Night Side (opens the original)
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Astronomers have discovered a planet where iron evaporates on one side, is carried across the sky by violent atmospheric winds, and likely condenses back into liquid metal rain on the other side—and all of this was inferred without ever visiting the planet, purely from patterns in starlight. This is WASP-76b , one of the most extreme “ultra-hot Jupiters” known, and it has become a cornerstone case study in how far planetary meteorology can be reconstructed from spectroscopy alone. In this episod
How Nanoscale Metamaterials Are Merging Light and Matter Into One Entity (opens the original)
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Chiral Polaritons : When Light and Matter Fuse Inside Twisted Nanostructures At the frontier of quantum materials science, researchers are learning how to reshape one of the most fundamental interactions in nature: the way light and matter combine. In specially engineered nanoscale structures, scientists have discovered that under the right conditions, light and electronic excitations in matter can merge into hybrid quasiparticles known as polaritons —and when symmetry is deliberately broken, th
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