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Einstein's Theory of Relativity depends on the concept of 'expansion of time' observed due to relative motion or due to the effect of gravity. Consider an observer 'O' observes something 'S' in a frame of reference in a specific motion relative to 'O'. Then 'O' will observe that time at 'S' is going slowly compared to the time at 'O'. 'O' can observe the same effect due to gravitical force at 'S'.
Now if time is cyclic of 5,000 years as BKs, PBKs & some ex-BKs consider, then this goes against Einstein's theory. Consider a hypothetical experiment in which the observer 'O' can observe complete time cycle which takes place at his own location & also at the location of 'S'. Then 'O' will measure the period of one time cycle, at his own location, which will be equal to 5,000 years. But he will found that the period of one time cycle is greater than 5,000 years at the location of 'S' due to the effect of relative motion or gravity.
Thus if Einstein's theory is considered correct, then the BK concept of '5,000 years of one time cycle' may be wrong. As period of one time cycle which takes place at 'S' will depend on motion relative to the observer 'O', or it will depend on gravitical force at 'S'. Thus the period of one time cycle may be different for different frames of reference & not 5,000 years for all frames of reference.
But if we consider BK concept of '5,000 years time cycle' as a real fact & if we consider period of one time cycle as 5,000 years for all frames of reference, irrespective of relative motion or gravity, then Einstein's theory of relativity collapses.
Thus either Einstein's Theory of Relativity or BK concept of '5,000 years time cycle' is correct. Which, both of them, is correct? - That's the matter of your own choice. For me the BK concept is correct. What do you think? Please reply.
Now if time is cyclic of 5,000 years as BKs, PBKs & some ex-BKs consider, then this goes against Einstein's theory. Consider a hypothetical experiment in which the observer 'O' can observe complete time cycle which takes place at his own location & also at the location of 'S'. Then 'O' will measure the period of one time cycle, at his own location, which will be equal to 5,000 years. But he will found that the period of one time cycle is greater than 5,000 years at the location of 'S' due to the effect of relative motion or gravity.
Thus if Einstein's theory is considered correct, then the BK concept of '5,000 years of one time cycle' may be wrong. As period of one time cycle which takes place at 'S' will depend on motion relative to the observer 'O', or it will depend on gravitical force at 'S'. Thus the period of one time cycle may be different for different frames of reference & not 5,000 years for all frames of reference.
But if we consider BK concept of '5,000 years time cycle' as a real fact & if we consider period of one time cycle as 5,000 years for all frames of reference, irrespective of relative motion or gravity, then Einstein's theory of relativity collapses.
Thus either Einstein's Theory of Relativity or BK concept of '5,000 years time cycle' is correct. Which, both of them, is correct? - That's the matter of your own choice. For me the BK concept is correct. What do you think? Please reply.