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<blockquote data-quote="NaturalPhilosopher" data-source="post: 197413" data-attributes="member: 9562"><p>inertia exchange thereby a special relativity mass exchange.</p><p>one slows, loses mass, one speeds up gains mass...correct?</p><p></p><p>we're not witnessing this with the moon and tides.</p><p>plus if less mass...should be less gravitational force.</p><p>also not observed.</p><p></p><p>the special relativity mass is slight even for large planetary objects.</p><p>it's why when scientists cool down an object to a billionth of a degree above absolute zero...they can't even measure the mass lost(heated stuff are atoms in motion) cuz it's so slight.</p><p></p><p>Something else is going on.</p></blockquote><p></p>
[QUOTE="NaturalPhilosopher, post: 197413, member: 9562"] inertia exchange thereby a special relativity mass exchange. one slows, loses mass, one speeds up gains mass...correct? we're not witnessing this with the moon and tides. plus if less mass...should be less gravitational force. also not observed. the special relativity mass is slight even for large planetary objects. it's why when scientists cool down an object to a billionth of a degree above absolute zero...they can't even measure the mass lost(heated stuff are atoms in motion) cuz it's so slight. Something else is going on. [/QUOTE]
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