Detailed Instructions: In this task, you are given a text of many news articles seperated by special token "|||||". Your task is to summarize them.
Problem:Hidden within a rock from space is a mineral previously unknown to science: panguite. 
  
 The new mineral was found embedded in the Allende meteorite, which fell to Earth in 1969. Since 2007, geologist Chi Ma of Caltech has been probing the meteorite with a scanning electron microscope, discovering nine new materials, including panguite. 
  
 Ma and his team have determined that panguite was one of the first solid materials to coalesce in our solar system, roughly 4.567 billion years ago. The mineral’s name is a reference to Pan Gu, a primitive, hairy giant from Chinese mythology who separated yin and yang with a swing of his enormous axe, thereby creating the Earth and sky. 
  
 Panguite’s primordial nature means that it was actually around before the Earth and other planets formed, meaning it can help scientists learn more about the conditions in the cloud of gas and dust that gave rise to our solar system. 
  
 Geology geeks can note that the mineral’s chemical name is (Ti4+,Sc,Al,Mg,Zr,Ca) 1.8 O 3 , meaning that it contains some familiar elements like oxygen, magnesium, and aluminum, but also some more exotic ones like zirconium and scandium. Zirconium in particular is a key element that can help scientists decipher the environment before and during the solar system’s formation. 
  
 The International Mineralogical Association’s Commission on New Minerals, Nomenclature, and Classification has approved the new mineral and its name and a paper describing its properties was published online June 26 in American Mineralogist. 
  
 Image: Chi Ma/Caltech ||||| The new mineral, panguite, occurring with the scadium-rich silicate called davisite was found embedded in a piece of the Allende meteorite. 
  
 A fireball that tears across the sky is not just a one-time skywatching event — it can reap scientific dividends long afterward. In fact, one that lit up Mexico's skies in 1969 scattered thousands of meteorite bits across the northern Mexico state of Chihuahua. And now, decades later, that meteorite, named Allende, has divulged a new mineral called panguite. 
  
 Panguite is believed to be among the oldest minerals in the solar system, which is about 4.5 billion years old. Panguite belongs to a class of refractory minerals that could have formed only under the extreme temperatures and conditions present in the infant solar system. 
  
 The name of the titanium dioxide mineral, which has been approved by the International Mineralogical Association, honors Pan Gu, said in Chinese mythology to be the first living being who created the world by separating yin from yang (forming the earth and sky). [Infographic: The Science of Meteorites] 
  
 "Panguite is an especially exciting discovery since it is not only a new mineral, but also a material previously unknown to science," study researcher Chi Ma, a senior scientist at Caltech, said in a statement. 
  
 The Earth truly is a planet of extremes, from ice-cold tundra to steamy rain forests, from ocean trenches to snow-covered peaks. Start the Quiz 0 of 10 questions complete 
  
 Earth Quiz: Mysteries of the Blue Marble The Earth truly is a planet of extremes, from ice-cold tundra to steamy rain forests, from ocean trenches to snow-covered peaks. 0 of questions complete 
  
 Until now, panguite had neither been seen in nature nor created in a lab. "It's brand-new to science," Ma told LiveScience in an interview. 
  
 The scientists used a scanning-electron microscope to view the panguite within a so-called ultra-refractory inclusion embedded within the meteorite. Inclusions are the minerals that get trapped inside meteorites as they are forming. The ultra-refractory type includes minerals that can resist high temperatures and other conditions in extreme environments, such as those thought to exist as our solar system was forming. 
  
 High-tech lab analyses revealed panguite's chemical composition and crystal structure, which Ma said is new, and as such, could be explored for novel engineering materials. 
  
 The Allende meteorite, where the mineral was hidden, is the largest of a class of carbonaceous chondrites found on Earth. Chondrites are primitive meteorites that scientists think were remnants shed from the original building blocks of planets. Most meteorites found on Earth fit into this group. (When meteors hit the ground they are called meteorites.) 
  
 Before they reach terra firma, most meteorites are fragments of asteroids (space rocks that travel through the solar system), while others are mere cosmic dust shed by comets. Rare meteorites are impact debris from the surfaces of the moon and Mars. The Allende meteorite likely came from the asteroid belt between Mars and Jupiter, scientists say. 
  
 Studying panguite and other components of the Allende meteorite are essential for understanding the origins of the solar system, Ma said. In fact, Ma's team has discovered nine new minerals, including panguite, in the Allende space rock. 
  
 The new mineral is detailed in the July issue of the journal American Mineralogist. 
  
 Follow LiveScience on Twitter @livescience. We're also on Facebook & Google+. |||||
Solution:
A mineral new to science but older than our planet has been found in fragments of a meteorite that smashed into northern Mexico in 1969. Panguite was found in bits of the Allende meteorite by Caltech researchers who used an electron-scanning microscope to study minerals that were trapped inside the meteorite as it formed, LiveScience reports. The new titanium oxide mineral, believed to be some 4.5 billion years old, was named after Pan Gu, a giant from Chinese mythology who created the world by separating yin and yang. Panguite contains familiar elements like oxygen and magnesium, as well as more exotic ones like zirconium and scandium, Wired notes. "Panguite is an especially exciting discovery since it is not only a new mineral, but also a material previously unknown to science," noted the lead researcher. The mineral's chemical composition and crystal structure is unique and could be explored for new building materials, he says.