New revelations surrounding a 'Centaur' comet-asteroid hybrid have left many scientists in shock, as the interplanetary object is reportedly like nothing that's ever been seen in space before.
Space holds countless discoveries that shock scientists to this day, from an asteroid that could give everyone on Earth over $1 billion each to a planet bigger than Earth that has a 'habitable zone'.
Yet it is often within intergalactic objects that we already know about where the most fascinating and surprising discoveries are made, as they often challenge our expectations and understandings in ways that could not be expected.
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This is certainly true when it comes to 2060 Chiron, which, discovered in 1977, is a comet-asteroid hybrid categorized as a 'Centaur' due to it's chimera-like nature, as recent information sourced from the James Webb Telescope has given new insights into the object's chemical makeup.
As reported by the Daily Mail, researchers at the University of Central Florida have unveiled that 2060 Chiron's surface contains chemicals that existed prior to the formation of the solar system, including CO₂, methane, and frozen water.
This has led astronomers to believe that Centaurs like 2060 Chiron were formed in the earliest days of the solar system and have remained static in their construction and makeup in the time since, making them somewhat 'time capsules' that could greatly assist research into space prior to the solar system's existence.
Dr Charles Schambeau, one of the study's co-authors, described the results as "like nothing we've seen before," as the discovery allows researchers to analyze both the surface of the object and the trail it leaves behind.
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Chemical trails left by comets - otherwise known as 'comas' - typically obscure their hosts, making it difficult to understand the source of the coma and it's formation.
"What is unique about Chiron," explains lead researcher Noemi Pinilla-Alsonso, "is that we can observe both the surface, where most of the ices can be found, and the coma, where we see gases that are originating from the surface or just below it."
She continues to detail that: "Discovering which gases are part of the coma and their different relationships with the ices on the surface helps us learn the physical and chemical properties, such as the thickness and the porosity of the ice layer, its composition, and how irradiation is affecting it."
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This data has led to the understanding that 2060 Chiron isn't just any standard Centaur, and it could prove vital in further research that'll hopefully come to light in the future.