A new study has found that the average space explosion is larger than previously thought. Researchers from the University of California, San Diego used an array of telescopes to survey the cosmos and found that the average size of a supernova is at least three times what had been estimated. The study, published in Nature Astronomy, provides a baseline array for future observations and could lead to the discovery of more space explosions.

The team used the array of telescopes to observe the X-ray emissions of distant galaxies. The data revealed that the average supernova size was larger than what had been estimated based on previous surveys. The researchers believe that the size discrepancy may be due to the fact that previous surveys could only pick up the brightest and most energetic explosions, while the new array was able to detect smaller and less energetic ones.

This discovery is an important step towards understanding the average size of space explosions. By establishing a baseline array for observation, future surveys can be more accurate and provide a more complete picture of supernova sizes in the cosmos.

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source: Phys.org