Simple methode for Nano Black Hole production, splitting and evaporation in- and outside a silicon globule.
Experiment copied from Ronald Dekker's methode by Leo Vuyk with simple commercial electric welding equippement using carbon electrode on mono crystaline silicium wafer, ( july 2012)
Below: Trimmed video of Antonio Pavão and Gerson Paiva Brazil.
For general information about the Zero Point Energy Black Hole Paradigm, or ZPE Black Hole Paradigm see:
Examples of NEW PARADIGM Splitting and Pairing Accelerated MASSLESS (Micro) Black Holes.
Second example of Silicon based Ball lightning:
by Ronald Dekker, Martijn Goossens and Pascal de Graaf. TuDelft (University of Delft, the Netherlands)
Electron microscope images of the Silicon based BL nuclei, with permission of the author: Ronald Dekker at al.
Image of some silicon nuclei, all with globular shape and equipped with one large and several smaller appendices and diameters between 0.4 and 0.8 mm
My Quantum FFF theory proposal, based on the new black hole paradigm: (see: http://vixra.org/pdf/1103.0011v1.pdf and http://vixra.org/pdf/1108.0036v3.pdf )
This silicon globule represents the splitting of the original central NEW micro black hole (Quantum Knot or NANO Black Hole) located inside the Silicon globule, into one larger and multiple smaller BH nuclei, tunneling through the silicon to the surface of the globule and leaving there "naked" Silicon globules (small) and one larger trunk behind..
B and C: sectional view of different micro black hole tunneling results?
Examples of large appendices or tunneling trunks or funnels assumed to be originated by the micro black hole while leaving the globule. Curved trunks are an indication for extra spin of the silicon globule at the end of the journey. (see also the "roundabouts" observed at the black scorch trace image below)
Examples of small "naked" globules supposed to represent the tunneling exit of the smallest micro black holes.
How could we relate these images to Quantum FFF theory based effects?
By assuming that splitting NEW paradigm micro black holes are the shaping origine of these silicon based nuclei. for new paradigm black holes see the older blog article (17-05-2012).
If we look at SECTIONAL VIEWS of these nuclei: we find some extra support for this hypothesis.
However, new experiments under nitrogen conditions combined with other variabilities are needed to get more foundation for this hypothesis.
Quantum FFF theory is based on my early research on the architecture of elementary particles related to ball lightning with micro black holes. See report on 4e ICBL in 1995, reporting:
"Elementary particle architecture links ball lightning with microscopic black holes
(L. Vuyk). " 8 august 1995, by Geert C Dijkhuis: http://home.wxs.nl/~icblsec/1995.html
Image below: Silicon BLs leaving black scorch traces on (horizontal) paper, some with regular white bounching contact points (ABCD).
Two traces are equippe with strange roundabouts (due to local silicon nucleus rotation?) at the end of the bouncing traces (A, C and D).
Future experiments should focus on these roundabouts, because it is assumed that here we will find silicon nuclei equipped with "Curved Trunks" as the tunneling ejecting result of the large micro black hole.
Two aberrant rectangular scorches are observed at (E,F) assumed to be the scorching result of hot silicon particles without internal micro black holes.
Gerson S. Paiva and Carlton A. Taft
Centro Brasileiro de Pesquisas Físicas, 22290-180, Rio de Janeiro, Brazil.
SELF-PROPULSION OF LEIDENFROST SILICON BALL LIGHTNING
The pair suggested that when lightning strikes a surface, like the Earth's silica-rich soil, a vapor is formed. This silicon vapor may condense into particles that combine with oxygen in the air to slowly burn with the chemical energy of oxidation.
National geographic quote:
Pavão and Paiva have spent two years testing the theory with a simple experiment.
They used electrodes to shock silicon wafers with enough electricity to create a silicon vapor.
Most of the artificial orbs lasted two to five seconds, but at least one has survived as long as eight seconds—approximating natural ball lightning and far exceeding previous efforts to create the phenomenon in the lab.
Some examples of pairing and splitting Black Holes at astronomical scales; Comet Hartley 2, Cygnus A and the Eagle nebula as an indication that black holes are active at all scales in the universe, from microscopic up to the Big Bang!.
Comet Hartley2, with a comparable identity with the silicon nuclei described before, however at a larger scale..