Micro Birkeland Currents between two Plasma balls in the laboratory

A new experiment based on plasma ball exploitation is described as:

Micro Birkeland Currents Between Two RF Generated Plasma Balls in the Laboratory.

see: http://vixra.org/pdf/1303.0053v1.pdf

At the universal scale we also observe Birkeland current systems between Fermion repelling "Dark Matter Black Hole Systems" just as Plasma Balls in the Lab. seem so be.

First sign of Galaxy Anchor Black Holes according to Quantum FFF theory

First sign of polar location of Galaxy Anchor Black Holes (GABHs) according to Quantum FFF theory.

see:

Hubble Sees Cosmic 'Flying V' of Merging Galaxies

Feb. 15, 2013 — The Hubble Space Telescope has taken an image of a large "flying V" that is actually two distinct objects -- a pair of interacting galaxies known as IC 2184.

http://www.sciencedaily.com/releases/2013/02/130215193958.htm

The STAR FORMING GABHs are the the solution of the mystery that star formation is not very active at the collision surface (right under) at the top of the V- shaped galaxy formation.

According to Quantum FFF theory, all black holes also GABHs, are the origin of dark matter effects, like background lensing.

                         

SEE ALSO:

http://arxiv.org/pdf/1303.0759v1.pdf

Black Hole Monodromy and Conformal Field Theory

Alejandra Castroa, Joshua M. Lapanb, Alexander Maloneyb, and Maria J. Rodrigueza

a Center for the Fundamental Laws of Nature, Harvard University, Cambridge, MA 02138, USA

b Physics Department, McGill University, 3600 rue University, Montreal, QC H3A 2T8, Canada

Abstract

The analytic structure of solutions to the Klein–Gordon equation in a black hole background, as represented by monodromy data, is intimately related to black hole thermodynamics. It encodes the “hidden conformal symmetry” of a non-extremal black hole, and it explains why features of  the inner event horizon appear in scattering data such as greybody factors. This indicates that hidden conformal symmetry is generic within a universality class of black holes.

Even Galaxy clusters seem to show the same dark matter and gas concentration effects by electric Birkeland currents in between close galaxy clusters. see below:

GX339 4 : (below) First image of a double black hole system with collimated plasma jets as support for Quantum FFF Theory model.

see also:

http://sci.esa.int/science-e/www/object/index.cfm?fobjectid=51482

Are Quantum Knots and Plasma Ball Lightning or Sprites and Elves related/

see also:

Artificial Ball Lightning produced in the laboratory !?

by R. Dekker et al.

http://www.dos4ever.com/bolbliksem/bolbliksem.html

-----------------------------------------

Even Sprites and Elves are evidence of QUANTUM KNOT production and quick evaporation process!!

Dwarf Galaxy Formation in between Galaxy Anchor Black Holes (Clumpy Dark Matter) according to Quantum FFF- Theory.

See also:

http://vixra.org/abs/1301.0050

For Dwarf Galaxy dark matter embedding see also:
http://arxiv.org/pdf/1201.4728v1.pdf
Globular Clusters seem to have no Dark Matter Halos,
 but central concentration of Dark Matter..
see: THIS

ALSO THE SUN SHOUL HAVE at least TWO massless STELLAR ANCHOR BLACK HOLES (SABHs)!

 

Messier 106 with two extra "arms" of hot x-ray emitting gas possibly in connection with the GABHs!

The observed Fermion repulsion around "new" black holes is originated by the propeller shape of Fermions. In combination with the oscillating Higgs vacuum structure around the black hole horizon., which induces Fermion polarisation and acceleration away from the black hole.

How Three speakers at the Higgs symposium seem to hint into the direction of Quantum FFF Theory!! Including

1: that fermions are composite particles

2:Magnetic monopole field particles,

3: Cosmological inflation ( expansion) is driven by the evaporation of the BB black Hole Higgs particles forming the oscillating Higgs vacuum lattice.

See the Strassler report below:

http://profmattstrassler.com/2013/01/10/day-2-of-higgs-symposium/

Day 2 of Higgs Symposium.

Strassler in Edinburg 10-01-2013.

Riccardo Rattazzi (professor at EPFL in Lausanne, who has shown up on this blog a couple of times before, here and here) then gave a beautiful talk about the possibility that the Higgs particle is a composite object, the way the proton is a composite object made from smaller things.  This possibility is now highly constrained, but not ruled out yet; for it to work presumably requires that the matter particles of the world (the quarks and leptons) are partly composite (meaning they are mixtures of elementary particles and composite particles.

Sir Michael Atiyah, one of the world’s great mathematicians, whose work has had enormous influence in physics, gave a talk about the relationships between Higgs phenomena and solitons — in particular, magnetic monopoles, instantons and Skyrmions.

That was yesterday.  As for today (Wednesday) 

 Misha Shaposhnikov, one of Rattazzi’s colleagues at EPFL, who with Christof Wetterich suggested a scenario that predicts a Standard Model Higgs with a mass in roughly the 123-135 GeV/c² range, gave arguments in favor of his prediction, discussed its implications, and talked about whether it would allow the Higgs to serve as the driver of cosmological inflation (which is the rapid expansion of the early universe thought to explain why the universe is so uniform and geometrically flat

New ZPE DARK MATTER BLACK HOLE ACTIVE AT ALL COSMOLOGICAL AND MICRO SCALE

NEW PHYSICS by New ZPE Dark Matter Black Hole.

(see also characterisitcs above). 

Some simple NEW standard model particle shapes.

(propeller shaped Fermions) accelerated and guided by the dense Higgs  oscillating (truncated tetrahedron) vacuum lattice.

The new FERMION FRIENDLY (repelling) BLACK HOLE, originated by the propeller shape of all Fermions polarized and "Spin Flipping" by the dense oscillating Higgs vacuum structure around BHs (see below).

How Three speakers at the Higgs symposium (10-01-2013) seem to hint into the direction of Quantum FFF Theory!! Including

1: that fermions are composite particles

2:Magnetic monopole field particles,

3: Cosmological inflation ( expansion) is driven by the evaporation of the BB black Hole Higgs particles forming the oscillating Higgs vacuum lattice.

See the Strassler report below:

http://profmattstrassler.com/2013/01/10/day-2-of-higgs-symposium/

Day 2 of Higgs Symposium.

Strassler in Edinburg 10-01-2013.

Riccardo Rattazzi (professor at EPFL in Lausanne, who has shown up on this blog a couple of times before, here and here) then gave a beautiful talk about the possibility that the Higgs particle is a composite object, the way the proton is a composite object made from smaller things.  This possibility is now highly constrained, but not ruled out yet; for it to work presumably requires that the matter particles of the world (the quarks and leptons) are partly composite (meaning they are mixtures of elementary particles and composite particles.

Sir Michael Atiyah, one of the world’s great mathematicians, whose work has had enormous influence in physics, gave a talk about the relationships between Higgs phenomena and solitons — in particular, magnetic monopoles, instantons and Skyrmions.

That was yesterday.  As for today (Wednesday) 

 Misha Shaposhnikov, one of Rattazzi’s colleagues at EPFL, who with Christof Wetterich suggested a scenario that predicts a Standard Model Higgs with a mass in roughly the 123-135 GeV/c² range, gave arguments in favor of his prediction, discussed its implications, and talked about whether it would allow the Higgs to serve as the driver of cosmological inflation (which is the rapid expansion of the early universe thought to explain why the universe is so uniform and geometrically flat

FREE ENERGY, and the HOLY GRAIL of the VAJRA SOURCE

For more see this

According to Quantum FFF theory, Fermions are generally pushed from the black hole horizon!!! due to the Fermion propeller shape and opposite Lorentz polarisation against the Higgs vacuum B-H inflow.
Only all radiation will be absorbed by the black hole and NOT radiated back  (thus NO Hawking radiation) which feeds the black hole and let the black hole grow from a certain nuclear size!!
I would call it the "CRITICAL Black Hole SIZE" as predicted by the Quantum FFF theory, which says:
The (multi) universe is bouncing or pulsating 
It is contracting:
1: by the absorption of the dense Higgs vacuum by all black holes,
(also the origin of the Hubble redshift)
2: by the continuous formation of Super Nova black holes.
It is expanding :
1: by the evaporation of primordial Big Bang black hole splinters into a dense higgs vacuum, only AT THE OUTSIDE OF THE RASPBERRY shaped MULTIVERSE, as long as there are splinters left over from the big bang.
2: by the evaporation of small black holes which are under the "CRITICAL B-H SIZE'"

CONCLUSION:
1: The universe seems to expand by the BH vacuum absorption based Hubble redshift.
2: I also seems to accelerate its expansion because the photons coming from far away have to pass more vacuum absorbing black holes areas.
3: The micro-B-H 's based plasma created inside the Vajra system will evaporate and as a consequence have to be continuously powered by new overunity electricity created by the system itself. 

Recently there is a discussion going on about what BH really are:
For Black Hole Firewall discussion see: THIS

NEW paradigm DARK MATTER BLACK HOLES are not related to X-RAY HOT GAS CONCENTRATIONS

We need the new Black Hole paradigm of "Quantum FFF Theory" to explain the so called discrepancy between "the areas of strong X-ray emission and the largest concentrations of mass seen through gravitational lensing" observed inside colliding galaxies.
Q-FFF theory states that Dark Matter Black Holes tend to pair in groups and create so called white holes in between (the middle) as a concentration point for newly formed H2 gas formed around the black hole horizons and universal ionized dust to create open star clusters or radio galaxies like Cygnus A.


NEW paradigm Dark Matter Black Holes are supported by What we can learn from: "Dark Matter a Primer" by K.Garret and G.Duda.
"3.3.
Recent evidence hailed as the “smoking-gun’’ for dark matter comes from the Bullet cluster, the result of a subcluster (the “bullet’’) colliding with the larger galaxy cluster 1E 0657-56. During the collision, the galaxies within the two clusters passed by each other without interacting (a typical distance between galaxies is approximately one megaparsec, or 3.26 million lightyears). However, the majority of a cluster's baryonic mass exists in the extremely hot gas between galaxies, and the cluster collision (at roughly six million miles per hour) compressed and shock heated this gas; as a result, a huge amount of X-ray radiation was emitted which has been observed by NASA's Chandra X-ray Observatory. Comparing the location of this radiation (an indication of the location of the majority of the baryonic mass in the clusters) to a mapping of weak gravitational lensing (an indication of the location of the majority of the total mass of the clusters) shows an interesting discrepancy; the areas of strong X-ray emission and the largest concentrations of mass seen through gravitational lensing are not the same. The majority of the mass in the clusters is nonbaryonic and gravity “points’’ back to this missing mass [27]."

Conclusion:
We have to look for combined radio radiation and gravitational lensing to search for Dark matter concentrations.
Only light x-ray radiation will be found around these Black Holes, which is outshined by the radio radiation in the LOFAR image above..
For Hydrogen creation around Fermion creating end repelling Black Hole horizons see cygnus A below.

Image above: The process of accelerating and pairing NEW dark matter black holes with  the creation of a white hole in between, as observed in Cygnus A.

Trails of "Stray stars" expelled from colliding galaxies is a supposrt for the existence and proliferation of dark matter black holes spread through Galaxies and Dwarf galaxies.

http://www.jpl.nasa.gov/news/news.php?release=2012-334

One example of an accelerating star "Zeta Ophiuchi" can be found in:
Shot Away from Its Companion, Giant Star Makes Waves: Spitzer Captures Infrared Portrait

Finding the Dark Matter particle or Micro Black hole!

New FOM Program funded: The Missing Universe - What is the subatomic constituent of Dark Matter?

21 November 2012

A “Vrije Programma” grant of 2.0M€ from Foundation FOM will allow several University of Amsterdam (UvA, Netherlands) faculty members at the Institute of Physics, all associated to the UvA research priority area GRAPPA, to carry out a research program to investigate the nature of Dark Matter over the next six years.

Dark Matter. Like the tip of an iceberg, only 15% of all matter in the Universe is visible as particles we know from the Standard Model. More than 85% of the matter in the Universe is made up of new, unknown particles; this is called Dark Matter. The goal of the awarded program is to find the particle that is responsible for Dark Matter. Image: Ralph A. Clevenger / Hollandse Hoogte.

Conclusion, the universe is filled up with black holes af various sizes, from micro up to giants like the Big Crunch/ Big Bang (see bouncing/pulsating universe paradigm)

Erik Verlinde:  Rethinking the Big Bang theory

I think there’s something we haven’t found yet and this will help us discover the origins of our universe. In short, the universe originated from something, not from nothing. There was something there and we have to find the equations. It has something to do with dark energy and how that is related to dark matter. If we understand the equations for those components of our universe, I think we’ll also have a better understanding of how the universe began. I think it’s all about the interplay between these different forms of energy and matter.

 See:

http://www.uva.nl/en/news-events/news/uva-in-the-spotlight/prof.-erik-verlinde/qa-part-4-why-not-everything-can-be-explained-and-rethinking-the-big-bang-theory.html

Dark Matter mystery may soon be solved!
Not only Galaxies, but even Galaxy clusters seem to be connected to structured dark matter filaments as shown below. I assume this is embedded inside one of the fillaments of the so called  Lyman Alpha structure

Astronomers using the W. M. Keck Observatory, the Hubble Space Telescope, and other telescopes on Mauna Kea have studied a giant filament of dark matter in 3D for the first time. Image released Oct. 17. 2012.
CREDIT: Image by ESA; additional elements by K. Teramura, Univ. Hawaii Institute for Astronomy

Surprize:
Dark Matter Black Holes are everywhere at all scales as:
Dark Matter Sunspots, Dark Matter Comets, Dark Matter Ball Lightning and as
Anchor Black Holes for Stars, Galaxies and Galaxy Clusters.