I just call it the way I see it. On Monday, August 13, 2012, Andre Blum wrote:
> Now you hush! Underwriters Laboratories may be reading this. > > Andre > > > > On 08/13/2012 07:54 AM, Chemical Engineer wrote: > > Mark, > > A singularity(collapsed matter), what I call my gremlin, can pass right > through other matter, as in a window. As a singularity comes into contact > with other matter/energy it cools off and expands and is happy momentarily. > If it cannot grab enough matter/energy to continue expanding/cooling, it > gets angry, collapses, gives off energy as it evaporates and then POP and > it is gone. The gremlin is not a picky eater, it will rip/consume whatever > matter you feed it and belch quantum goo. > > The largest gremlins(black holes) in the universe are in the coldest > places. Do not feed your baby gremlins too much or they will get very > large quickly and swallow you. They are like Otto in that pool of water. > Care for your baby gremlins very carefully and do not feed them too much > or they will grow up suddenly. > > That Papp engine is scary powerful if you step on the accelerator. > > On Monday, August 13, 2012, MarkI-ZeroPoint wrote: > > The Corum brothers did considerable research on ball-lightning: > > http://www.teslasociety.com/corum.htm > > > > It can indeed ‘go thru’ glass, however, it never really touches the glass… > I have a video from Dr. Corum about their experiments with ball lightning. > Although, theirs may be somewhat different since it originates from RF (a > tesla coil) whereas ball lightning from atmospheric electricity is very > likely DC or VLF. > > > > From the Corum’s research, they identified 3 things required to generate > BL: very high voltage potentials, carbon particles, and ozone (which is a > given with electrical discharges going on). What the video showed is that > as the ball approaches the glass, and then just before it contacts the > glass, it begins shrinking, while simultaneously appearing and growing on > the opposite side of the glass. This all happens so fast that it appears > to go thru the glass; the vid has it in slo-mo so it’s easy to see… > > > > -Mark > > > > *From:* Axil Axil [mailto:[email protected]] > *Sent:* Sunday, August 12, 2012 6:38 PM > *To:* [email protected] > *Subject:* Re: [Vo]:the Coil > > > > Reference in support of ball lightning passing through glass and > attracted to conductors. > > > > <http://www.scientificexploration.org/journal/jse_06_3_grivorev.pdf> > >
