In My Close up

In my close up, in the last post. I was showing that twisted frames on a surface, have to be massive! If a twisted frame occurs in a particle accelerator, the detector will become part of the frame, as it's classed as an observer. So even if a Black Hole is tiny, the detector would, in fact project the information away, to the horizon of the observers. Which will be bigger and further away than ever!

 To detect a black hole in a particle accelerator, mirrors would have to be set up, to allow information to pass through, like LIGO. Then somehow they would have to messure the effect on space time on the imaginary horizon of ATLAS if Hawking radiation exists it will be effecting information flowing in.. Which would have to be set at the four corners of the horizons diameter which is about 2.3325 miles, away from the centre of the detector. The corners being further away.
Any small black hole would also, lay flat on the Earths surface not horizontal and flip over to line up with the local cluster(I am guessing) and not the earths magnetic field.