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		<lang class="3" colour="#000000" orgstyle="HEAD new 2" style="Headline1"  font="Blacker Pro Display" fontStyle="Regular" size="25">Astronomers find exoplanets with magnetic fields </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">REUTERS, </lang>
<lang  class="3" style=".Bodylaser" colour="#000000" orgstyle="BY NAME LINE new" font="Blacker Pro Display" fontStyle="Italic" size="7">Washington
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	<lang class="3" style=".Bodylaser" colour="#000000" orgstyle="INDENTLESS BODY new" font="Blacker Pro Display" fontStyle="Regular" size="9">Based on the behaviour of winds on seven large and hot gas exoplanets, astronomers have obtained the strongest evidence to date that planets beyond our solar system possess magnetic fields, like Earth and five other planets in our solar system.
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	<lang class="3" style=".Bodylaser" colour="#000000" orgstyle="BODY new" font="Blacker Pro Display" fontStyle="Regular" size="9">The finding, based on observations by telescopes in Chile and Hawaii, deepens the understanding of exoplanets by showing that at least some share an important characteristic present in all but two of the solar system’s eight planets. 
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	<lang class="3" style=".Bodylaser" colour="#000000" orgstyle="BODY new" font="Blacker Pro Display" fontStyle="Regular" size="9">While none of the gaseous exoplanets in this study are candidates for hosting life, a magnetic field could be one of the factors that helps make a rocky planet like Earth habitable.
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	<lang class="3" style=".Bodylaser" colour="#000000" orgstyle="BODY new" font="Blacker Pro Display" fontStyle="Regular" size="9">These exoplanets each orbit very close to a large and hot star, with one side permanently facing the star and the other side perpetually facing away, as the moon does with Earth. 
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