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		<lang class="3" colour="#000000" orgstyle="HEAD new 2" style="Headline1"  font="Blacker Pro Display" fontStyle="Regular" size="23">Celestial ‘music’ may point to our origin </lang>
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	<lang class="3" style=".Bodylaser" colour="#000000" orgstyle="BY NAME LINE new" font="Blacker Pro Display" fontStyle="Bold" size="8">INDEPENDENT.CO.UK
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	<lang class="3" style=".Bodylaser" colour="#000000" orgstyle="INDENTLESS BODY new" font="Blacker Pro Display" fontStyle="Regular" size="9">The “music” of stars could help explain how galaxies form, according to scientists.
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	<lang class="3" style=".Bodylaser" colour="#000000" orgstyle="INDENTLESS BODY new" font="Blacker Pro Display" fontStyle="Regular" size="9">The stars that we see in the night sky are undergoing continuous “starquakes” which means their brightness fluctuates all the time.
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	<lang class="3" style=".Bodylaser" colour="#000000" orgstyle="BODY new" font="Blacker Pro Display" fontStyle="Regular" size="9">Those fluctuations can be turned into frequencies, like those in music, scientists say. The frequencies, in turn, can help us understand how old and massive a star is, as well as other characteristics.
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	<lang class="3" style=".Bodylaser" colour="#000000" orgstyle="BODY new" font="Blacker Pro Display" fontStyle="Regular" size="9">Researchers say they can listen to the changes in those frequencies, like the altering pitch of a piece of music, to understand the story and origins of stars.
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	<lang class="3" style=".Bodylaser" colour="#000000" orgstyle="BODY new" font="Blacker Pro Display" fontStyle="Regular" size="9">“Starquakes occur in certain stars, leading to a continuous cycle of brightening and dimming. By carefully observing these tiny fluctuations in brightness, we can listen to a star’s musical rhythm,” said Claudia Reyes, from Australian National University.
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	<lang class="3" style=".Bodylaser" colour="#000000" orgstyle="BODY new" font="Blacker Pro Display" fontStyle="Regular" size="9">“These fluctuations are like musical notes, similar to the vibrations of a string or the hum of a drum, that can be translated into frequencies. Each frequency tells us more about the star’s size, chemical composition and internal structure.”
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	<lang class="3" style=".Bodylaser" colour="#000000" orgstyle="BODY new" font="Blacker Pro Display" fontStyle="Regular" size="9">In the study, researchers looked at a cluster of 27 stars 2,700 light years away, examining the “sounds” they made. They were chosen because they are all siblings: they were born in the same gas cloud, four billion years ago, having similar chemical compositions but different masses.
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