Hubble Planet Nursery — Inside NASA’s Giant Dracula’s Chivito Disk

Hubble planet nursery revealed inside a giant planet-forming disk nicknamed Dracula’s Chivito | NASA Hubble discovery A turbulent, lopsided protoplanetary disk explained using Hubble space telescope science and new exoplanet discoveries context Understand how planets are formed inside a giant, chaotic disk 3,500 light-years away and what it means for our own solar system’s origins What You'll Learn: How NASA’s Hubble space telescope spotted the giant, turbulent Hubble planet nursery inside the Carina–Sagittarius arm ~3,500 light-years away What makes the Dracula’s Chivito disk so unusual, from its towering one-sided filaments to its lopsided, chaotic structure How big 400 astronomical units (AU) really is compared to Pluto’s 40 AU orbit—and what that scale means for building planetary systems Why a disk with 0.06–0.07 solar masses (around 60–70 Jupiter masses) is such a powerful laboratory for studying how planets are formed How protoplanetary disks evolve into full planetary systems, and where this giant planet-forming disk fits into that life cycle What this discovery reveals about new exoplanet discoveries and the diversity of planet nurseries across our galaxy How turbulence, asymmetry, and towering filaments can shape the final architecture of planets and orbits in a young system What Dracula’s Chivito might teach us about the early history of our own solar system’s protoplanetary disk