> On 10/1/17 10/1/17   12:07 PM, Nicolaas Vroom wrote:   
   >The question is have these effects any physical consequences.   
   >The answer is yes when you consider these effects in gravitational   
   >context. The reason are the gravitons (the speed of the gravitons)   
   >which (influence) originate from their retarded positions as 'observed'   
   >now. With 'observe' I mean: felt, influenced   
      
   No. You've inadvertently created a paradox that doesn't exist. By   
   invoking gravitons you've defined your example via gravitational   
   field; yet you paradoxically use Newtonian mechanics when you specify   
   the position of the source as the matter itself.   
      
   When you decide to use a field method then you must specify where   
   in the field the boson originates. When you do that you'll see there   
   is no paradox as the graviton must originate at the leading edge   
   of the field.   
      
   If you use Newtonian mechanics then you're assuming instantaneous   
   interactions; and you still have no paradox.   
      
   Brad   
      
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