Also, as the gremlin expands he cools his surroundings. Just be careful when he exhales and belches copious amounts of quantum energy and goo on you.
On Monday, August 13, 2012, Chemical Engineer wrote: > 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:janap...@gmail.com] > *Sent:* Sunday, August 12, 2012 6:38 PM > *To:* vortex-l@eskimo.com > *Subject:* Re: [Vo]:the Coil > > > > Reference in support of ball lightning passing through glass and > >
