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Stellar Splitting and pairing NEW Black holes foun
16 years 4 months ago #15388
by Jim
Reply from was created by Jim
Will the new accelerator at CERN address this? Maybe they could help or at least add to the confusion. When are they going to get started with smashing stuff that will provide the data needed?
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16 years 4 months ago #15392
by Leo Vuyk
Replied by Leo Vuyk on topic Reply from
th LHC will start in september.
For evidence of solar polar jets see also:
Evidence for the existence of Solar polar electron jets, an indication for a double set of Solar Anchor Black Holes.
see: OBSERVATION OF POLAR PLUMES AT HIGH SOLAR ALTITUDES www.journals.uchicago.edu/doi/pdf/10.1086/318221
Origins of the Solar Polar Jets adsabs.harvard.edu/abs/2003AGUFMSH22A0187D
bigbang-entanglement.blogspot.com/
Leo Vuyk.
For evidence of solar polar jets see also:
Evidence for the existence of Solar polar electron jets, an indication for a double set of Solar Anchor Black Holes.
see: OBSERVATION OF POLAR PLUMES AT HIGH SOLAR ALTITUDES www.journals.uchicago.edu/doi/pdf/10.1086/318221
Origins of the Solar Polar Jets adsabs.harvard.edu/abs/2003AGUFMSH22A0187D
bigbang-entanglement.blogspot.com/
Leo Vuyk.
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16 years 4 months ago #15393
by Leo Vuyk
Replied by Leo Vuyk on topic Reply from
Sorry Jim, about your first question:
In my perspective of scientific facts which are still fiction, the Higgs particle has no mass at all from itself.
It gives mass to fermions by changeing its form by a real collision process into a graviton.
Other collison products are the electric- ( plus and minus) and magnetic- ( north and south) and visible or x-ray monopole photon.
As a consequence the LHC will not find the Higgs.
However it probably will find something much more usefull: a ball lightning or glueball of considerable size able to produce vacuum energy..
In my perspective of scientific facts which are still fiction, the Higgs particle has no mass at all from itself.
It gives mass to fermions by changeing its form by a real collision process into a graviton.
Other collison products are the electric- ( plus and minus) and magnetic- ( north and south) and visible or x-ray monopole photon.
As a consequence the LHC will not find the Higgs.
However it probably will find something much more usefull: a ball lightning or glueball of considerable size able to produce vacuum energy..
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16 years 4 months ago #15394
by Jim
Replied by Jim on topic Reply from
Time will tell what the LHC does or not-what is vacuum energy?
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16 years 4 months ago #20329
by Stoat
Replied by Stoat on topic Reply from Robert Turner
I actually think that the higgs will be found. I reckon that it's gravitational mass will be 1.66782047599E-09 kg and its electromagnetic mass 1.10511043944E-42 kg.
CERN have delayed for months now. Calibration must be complete and they must have done some run up tests. There's a good chance that they have already found something unexpected and are having to do a lot of number crunching.
CERN have delayed for months now. Calibration must be complete and they must have done some run up tests. There's a good chance that they have already found something unexpected and are having to do a lot of number crunching.
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16 years 4 months ago #15402
by Jim
Replied by Jim on topic Reply from
Sloat, Maybe I should know but I don't-what is electromagnetic mass and how is it different than gravity mass?
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