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→Evolutionist Beliefs: per emails with BMcP
If the cluster lies within a [[nebula|nebulous structure]] it's classification is appended with an 'n'. Under this classification method for example, the Pleiades is classified as '''I3rn''' (Strong concentration towards the center, richly populated with stars that have a wide range in brightness, with nebulous material present). <ref>http://adsabs.harvard.edu/cgi-bin/bib_query?1930LicOB.420..154T</ref>
If the cluster lies within a [[nebula|nebulous structure]] it's classification is appended with an 'n'. Under this classification method for example, the Pleiades is classified as '''I3rn''' (Strong concentration towards the center, richly populated with stars that have a wide range in brightness, with nebulous material present). <ref>http://adsabs.harvard.edu/cgi-bin/bib_query?1930LicOB.420..154T</ref>
==Evolutionist Beliefs==
==Old Universe View==
Old-Earth creationists and evolutionist believe that open clusters are initially formed when a large molecular cloud collapses due to nearby gravitational interactions or [[supernova]]. They believe that as the cloud collapses, it will fragment into increasingly smaller parts; they think that some of these fragments of gas and material that eventually result [[stellar evolution|in the creation of new stars]]. Eventually, according to these theories, the hottest and most massive of these stars drive away the remaining gasses through their stellar winds and radiation and star formation ceases.<ref>http://adsabs.harvard.edu/abs/1991MNRAS.249...76B</ref>
Old-Earth creationists and evolutionist believe that open clusters are initially formed when a large molecular cloud collapses due to nearby gravitational interactions or [[supernova]]. They believe that as the cloud collapses, it will fragment into increasingly smaller parts; they think that some of these fragments of gas and material that eventually result [[stellar evolution|in the creation of new stars]]. Eventually, according to these theories, the hottest and most massive of these stars drive away the remaining gasses through their stellar winds and radiation and star formation ceases.<ref>http://adsabs.harvard.edu/abs/1991MNRAS.249...76B</ref>