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Scientists Solved the Secret of Huge 'Radio Circles' in Space! #shorts #space #science #astronomy
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Scientists think they have found an explanation for the enormous "radio circles" that have puzzled them for years.
In 2019, astronomers found something they had never seen before. A telescope in Australia has detected rings of radio waves large enough to easily surround galaxies.
Scientists didn't know what they were or where they came from. But over the years, researchers believe they have begun to understand how these enormous rings got there.
The circles appear to be shells formed by galactic winds. These winds appear to be blown across the universe by exploding massive stars called supernovae.
These winds appear to come from "starburst" galaxies where star births occur at extraordinary rates. This enormous number of stars can lead to massive explosions: If they explode near each other at the same time, they can tear gas from the galaxy and shoot outward in winds of up to 2,000 kilometers per second.
The merger pushes all the gas into a very small region, causing a violent burst of star formation. Massive stars burn rapidly and expel their gas as outflowing winds when they die.
#RadioCircles #GalacticWinds #SupernovaExplosions #StarburstGalaxies #GasEjection #ComputerSimulations #GalacticEvolution #Astronomy #DynamicEvents #UniverseEvolution #Research #Astrophysics #HighTemperatureGas #ColdGas #AstronomicalDiscovery
In 2019, astronomers found something they had never seen before. A telescope in Australia has detected rings of radio waves large enough to easily surround galaxies.
Scientists didn't know what they were or where they came from. But over the years, researchers believe they have begun to understand how these enormous rings got there.
The circles appear to be shells formed by galactic winds. These winds appear to be blown across the universe by exploding massive stars called supernovae.
These winds appear to come from "starburst" galaxies where star births occur at extraordinary rates. This enormous number of stars can lead to massive explosions: If they explode near each other at the same time, they can tear gas from the galaxy and shoot outward in winds of up to 2,000 kilometers per second.
The merger pushes all the gas into a very small region, causing a violent burst of star formation. Massive stars burn rapidly and expel their gas as outflowing winds when they die.
#RadioCircles #GalacticWinds #SupernovaExplosions #StarburstGalaxies #GasEjection #ComputerSimulations #GalacticEvolution #Astronomy #DynamicEvents #UniverseEvolution #Research #Astrophysics #HighTemperatureGas #ColdGas #AstronomicalDiscovery
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