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Originally Posted by JamesANicholson  No GRAVITATIONAL FIELD inside of a black hole? Please explain what this means.
What can you tell us about these "gravitons" of which you speak. Since, none have ever been detected; exactly what do you think they are and how big are they, how energetic, what do they do, how do they do whatever it is that they do? How do they interact with matter. Are they fast or slow or a function of space/time somehow ala Einstein? |
Hi again Aaron
The GF consists of masons (mazons if you prefer), as nodes, joined into a grid by gravitons, as links. Inside a BH the effect of gravity becomes so large that the gravitons are permanently absorbed back into the masons. Thus the inside of a BH consists of a 'solid mass' of masons and will obey its own laws which will differ from those applying to ordinary matter.
The masons and gravitons are not matter; they are the underlying structure which creates matter and controls its motion. They do not have size or move and are not detectable using any method involving instruments using matter (which includes all of the methods we currently use).
This concept of the GF is explained and illustrated in my article 'The Dance of Shiva' but I have yet to add the description of a BH.
regards
Felix
PS - thanks for the link which solved my problem with SR. I have now converted to LR!