Rajasthan Factfile
Government of Rajasthan · Pluto · official area figure used for the Indian scale comparison.
Pluto pe land karna possible hai. Yahan solid surface bhi hai.
What this reel claims
Pluto has a solid surface, an average temperature near −232°C and surface pressure roughly one hundred thousand times lower than Earth’s.
Sputnik Planitia is a vast nitrogen-rich glacier with no confirmed impact craters in New Horizons imagery and may be younger than ten million years.
Solid nitrogen ice can convect and renew the surface, while large terrain near Wright Mons is consistent with late cryovolcanic resurfacing.
A 2026 study reported morphological evidence consistent with possible recent liquid-nitrogen flow beneath northern Sputnik Planitia.
Evidence behind the story
Government of Rajasthan · Pluto · official area figure used for the Indian scale comparison.
International Astronomical Union · Pluto · the formal 2006 planet and dwarf-planet resolutions.
Madhya Pradesh Pollution Control Board · Pluto · official area figure used for the Indian scale comparison.
NASA · Pluto · evidence for blue atmospheric haze and exposed water ice.
NASA New Horizons · Pluto · detailed mission-study context for the system’s science questions.
NASA Science · Pluto · official explanation of the possible liquid-nitrogen interpretation.
What didn’t fit
The possible liquid-nitrogen flow is an interpretation rather than a directly observed stream, and Pluto’s 2006 reclassification was based on orbital clearing rather than its size or geological activity.
Corrections
NASA Science · Pluto · current reference for the world’s surface, atmosphere, temperature and mission history.
Nature · Pluto · physical model for nitrogen-ice convection and surface renewal.
Nature Communications · Pluto · evidence for large late-forming cryovolcanic terrain.
PLOS ONE · Pluto · crater-count constraint on the age of Sputnik Planitia.
Science · Pluto · primary mission synthesis of varied terrain, glacial processes and young surfaces.
The Planetary Science Journal · Pluto · evidence and modelling for possible recent basal liquid-nitrogen flow.