Editing Talk:2007: Brookhaven RHIC

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:The relativistic mass angle and calculation is interesting and amusing, but my impression of the intention is simply that--from a certain point of view--the entire accelerator is nothing but an extremely expensive and convoluted way to transport gold from Point A to Point B.  An extremely small quantity of gold, yes--but that is part of the point.   
 
:The relativistic mass angle and calculation is interesting and amusing, but my impression of the intention is simply that--from a certain point of view--the entire accelerator is nothing but an extremely expensive and convoluted way to transport gold from Point A to Point B.  An extremely small quantity of gold, yes--but that is part of the point.   
  
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:By adding the gold shop into the loop, he is simply pointing up the "gold delivery" aspect of the accelerator.  Again, this isn't a really efficient gold delivery scheme but the very ridiculousness of it is the point. [[Special:Contributions/172.68.150.52|172.68.150.52]] 01:37, 24 June 2018 (UTC)
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By adding the gold shop into the loop, he is simply pointing up the "gold delivery" aspect of the accelerator.  Again, this isn't a really efficient gold delivery scheme but the very ridiculousness of it is the point.
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:Yeah, we need to calculate the increase of mass at 99.99, 99,999, 99,9999 percent of the speed of light. I didn't check but I'm curious how many 9s we need to reach the mass of the Earth for a single gold nuclei. Nevertheless the speed is zero again when you collect them, or you have to move at the same speed, but than you can't measure that increase because you're in the same reference -- and back on Earth your own mass would have grown out far beyond the mass of our Milky Way. --[[User:Dgbrt|Dgbrt]] ([[User talk:Dgbrt|talk]]) 18:11, 15 June 2018 (UTC)
 
:Yeah, we need to calculate the increase of mass at 99.99, 99,999, 99,9999 percent of the speed of light. I didn't check but I'm curious how many 9s we need to reach the mass of the Earth for a single gold nuclei. Nevertheless the speed is zero again when you collect them, or you have to move at the same speed, but than you can't measure that increase because you're in the same reference -- and back on Earth your own mass would have grown out far beyond the mass of our Milky Way. --[[User:Dgbrt|Dgbrt]] ([[User talk:Dgbrt|talk]]) 18:11, 15 June 2018 (UTC)
 
::Mass is an invariant quantity. What is increased is the total energy, E=sqrt(p^2+m^2). As previously mentioned, when they are delivered they would have to be measured in a comoving frame in which case no increase in "mass"  would be noticed.-- [[Special:Contributions/162.158.146.70|162.158.146.70]] 20:46, 15 June 2018 (UTC)
 
::Mass is an invariant quantity. What is increased is the total energy, E=sqrt(p^2+m^2). As previously mentioned, when they are delivered they would have to be measured in a comoving frame in which case no increase in "mass"  would be noticed.-- [[Special:Contributions/162.158.146.70|162.158.146.70]] 20:46, 15 June 2018 (UTC)

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