Left wing, youll see the dying red giant. On the right, is the corpse-like white dwarf.
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The other is a white dwarf, ghostly white, dead and compact. According to a paper released Thursday in the journal Nature Astronomy, two Earth-based telescopes captured the remarkable eruptions aftermath just last year. And though we do not have a Hubble-esque image of a space-borne mushroom cloud, we may have something even more fascinating: gamma ray observations.Gamma ray cluesBasically, when very high-energy particles, usually protons, clash, the research study describes theyre anticipated to release 2 things– a fleeting new particle and a gamma ray. These rays are among the most energetic things in the universe. The researchers had to rapidly move these telescopes into location as soon as other instruments alerted them that RS Ophiuchi was about to blow.
And though we dont have a Hubble-esque image of a space-borne mushroom cloud, we might have something even more fascinating: gamma ray observations.Gamma ray cluesBasically, when extremely high-energy particles, typically protons, collide, the research study explains theyre anticipated to discharge two things– a short lived brand-new particle and a gamma ray. These rays are amongst the most energetic things in the universe. The researchers had to rapidly move these telescopes into place as soon as other instruments informed them that RS Ophiuchi was about to blow.