On Tuesday, January 22, 2019 at 3:23:42 AM UTC-5, Lawrence Crowell wrote:   
      
   [snip]   
   > The question of whether there are nonhalting conditions is then most   
   > likely relevant to spacetime physics of quantum fields.   
   >   
   > This might then be a situation of nonhalting, and with gravitation or   
   > quantum gravity the moduli space is nonHausdorff with orbits of gauge   
   > equivalent potentials or moduli that are not bounded. We might then   
   > consider quantum gravitation as an arena where the quantum computation   
   > of its states are nonhalting, or might they be entirely computable.   
      
   Sorry; most of that halted at my horizon. . .   
      
   The horizon, relative to the distant observer, is the near-   
   field of BH.  Prompts me to think of the infallen observable at the   
   BH horizon like an image on a chip.  It leads to a standing   
   surface wave that doesn't propagate into the far-field anyway,   
   even in the case of an ordinary camera.  A standing wave   
   looks halted, but it's not.   
      
   Non-halting in the near-field, halting in the far-field.   
   A duality.  The universe one falls out of then, is dual   
   in the opposite direction; as the light the forms the image   
   that falls on the detector (horizon).   
      
   Sorry again; it's like trying to describe the taste of potatoes.   
      
   mj horn   
      
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    * Origin: you cannot sedate... all the things you hate (1:229/2)