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rbwinn1@mindspring.com> wrote in message news:acm01b$jpb$1@news.netmar.com... > > beda, > Nothing I post ever shows up on your question to me so I will answer > directly with this post. > We have a source of light S which emits light at t=0. At a distance of d > from S there is an observer O at rest relative to S. Moving toward S is > another observer O' who is traveling with velocity v such that O' is adjacent > to observer O at t=0. Now, according to Dr. Albert Einstein's interpretation > of the Lorentz equations, two events which are simultaneous in the frame of > reference of O in the direction of motion of O' cannot be simultaneous in the > frame of reference of O', but since O' is traveling toward S, then in the > frame of reference of O', the event at S takes place before the event at O. You made this up. In the reference frame of O' the event takes place when light travels a distance S--->O'. In the reference frame of O, O calculates using the inverse LT that the light path length from S to O' is S-->p. This been explained to you many times and you just simply ignored it. Ken Seto |
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Index Original post and context: 3cef840d$0$1409$4c5ecdc7@news.erinet.com |