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Some scientists believe that microscopic blue crystals detected in meteorite fragments may be among the first minerals formed in our solar system.
Scientists who badyze the meteorites at the Field Museum of Natural History in Chicago indicate that they contain it more than 4.5 billion years ago, and revealed new insights into the sun's behavior at his beginnings.
The meteorite structure indicates that our star was shooting at the active particles at that time. "
Philip Hick, curator of the museum and professor at the University of St." The sun was very active in his youth, he went through a lot of revolutions, and he produced a current denser than the charged particles. "
Field Museum researchers studied the hibonite crystals and discovered that the structure revealed chemical reactions.Can occur only if the sun is active.
In the early years of the solar system, when the planets were not yet formed, the sun was surrounded by a huge disk of gas and dust, and it may have exceeded 2700 degrees Fahrenheit (1500 degrees Celsius).
Crystals formed there more than 4.5 billion years ago and preserved the effects of some of the early events in our solar system, according to the head of Levk Kuyub, University of Chicago.While during the training period, the sun continued to shine, lead the release of high energy particles in space, some of which hit the blue crystals.
These collisions divide the calcium and aluminum atoms of the crystals into smaller atoms, creating neon and helium. Crystals for billions of years.
Scientists used the mbad spectrometer in Su Which led to unprecedented discoveries related to the activity of the sun in the past.
Scientists say it is the first strong evidence of early solar activity, although they have long suspected a "loud" boom.
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