Examples of NEW PARADIGM Splitting and Pairing Accelerated MASSLESS (Micro) Black Holes.

Thursday, 19 February 2009

EXAMPLES OF LARGE BLs or SMALL COMETS IN OUTER SPACE

This small comet of a NASA ISS video, suddenly changes direction probably by a flip of the pushing tail.

This NASA ISS video show us the production of two Earth bound small Comets.

Small Asteroids are called bolides.
Small Fireballs at high altitude are called Near Earth Objects (NEOs)

Wednesday, 28 January 2009

Evidence for external Galaxy Anchor Black Holes (GABHs)

Andromeda (M31) image without visible external black hole (x-ray hotspot) structure.

It is well established that X-ray production should be present around black-hole sources due to interaction with local gas.
As a consequence we observe black hole locations around gaseous galaxies in space by x-ray images taken by the CHANDRA satellite.

Andromeda, (M31) and the Sombrero galaxy seem to be excellent examples. .
However in both cases the brightest x-ray sources are located far outside these galaxies.
This seems to be a clear support for a NEW black hole theory.

M31, with multiple x-ray hotspots (GABHs) around the galaxy.

Chandra x-ray image of Andromeda (above) with multiple x-ray hotspots (Galaxy Anchor black holes) around the Galaxy.

Most of the M31 x-ray sources are identified as Globular Clusters (GCs), obviously equipped with at least one central black hole.
As a matter of fact astronomers concluded that:
The brightest M31 x-ray (GC) sources tend to reside at large galactic distances outside the central bulge. See:
http://adsabs.harvard.edu/abs/2004AAS...204.4917T
The X-ray dots are DECREASING IN DIAMETER towards THE CENTER OF THE GALAXY! This is a firm support for a NEW black hole theory introducing Fermion repelling horizons and massless Black holes.!
Evidence for external Galaxy Anchor Black Holes (GABHs)

Wednesday, 7 January 2009

THE MILKY WAY CENTRE: NO GIANT BLACK HOLE ?!! inside young galaxies ONLY SMALL ONES!

If we explore this interesting image (see above) and the correlated text, we seem to miss any trail of a central giant black hole lurking.

HOW CAN?

WE CAN, IF WE CHANGE OUR STANDARD MODEL and ideas A LITTLE BIT.

SEE:

http://bigbang-entanglement.blogspot.com/2006/04/mainstream-physics-is-not-able-to.html

The center of our Galaxy and the giant black hole, is by the mainstream logically supposed to be located at the hart of Sagittarius A open star cluster see the star accelerations around the Sag A, the red cross :
http://www.einstein-online.info/en/spotlights/milkyway_bh/index.html
http://antwrp.gsfc.nasa.gov/apod/ap081211.html
So if a giant black hole is located inside Sag A, it would be expected that around Sag A the gaseous structure of space around Sag A is strongly influenced by that Giant and e.g. lots of swirling gas trails are visible which is not .

The only visible trails are two elliptic grey filaments which could be the tell tails of two medium sized black holes, just as is suggested to be the origin of the other elliptic filaments visible around the two other open star clusters. (called Quintuplet and Arches cluster)

If black holes differ a little from the mainstream assumption, then there is a firm reason to suggest that the star accelerations also are possible in the middle TWO or even more DUAL medium sized black holes.
See also: http://bigbang-entanglement.blogspot.com/2006/04/mainstream-physics-is-not-able-to.html

NO GIANT black hole inside the Galaxy center?
The mainstream ideas about a Giant Milky way- central black hole are lately firmly supported by clear stellar acceleration profiles around the Sagittarius A cluster, see:
http://www.einstein-online.info/en/spotlights/milkyway_bh/index.html

However according to new combined Hubble images of the Sgt..A area there is no sign of any gaseous filamentary Vortex or elliptic structure.
Instead we see more than one clear elliptic filaments around the three stellar clusters called: Sagittarius A, Quintuplet and Arches cluster.
This seems to be a tell tale for more than one (at least three) barycentres as the origin of these open star clusters.
My conclusion based on a new interpretation of black hole splitting and paring
The center of the Milky way is supposed to be equipped with several medium sized DUAL black holes (BHs) forming circular visible gas filaments (elliptic trails) and in the barycenter in the middle between dual black holes: open star clusters like Sgt A, the Quintuplet and Arches cluster. Conclusion: there is NO Giant Black hole in the center of our galaxy.
http://migratingblackholes.blogspot.com/2009/01/milky-way-centre-no-giant-black-hole.html

The text below related to this image was made by: Astronomic picture of the day. http://antwrp.gsfc.nasa.gov/apod/ap090107.html

The Galactic Core in Infrared Credit: Hubble: NASA, ESA, & D. Q. Wang (U. Mass, Amherst); Spitzer: NASA, JPL, & S. Stolovy (SSC/Caltech)
Explanation: What's happening at the center of our Milky Way Galaxy? To help find out, the orbiting Hubble and Spitzer space telescopes have combined their efforts to survey the region in unprecedented detail in infrared light. Infrared light is particularly useful for probing the Milky Way's center because visible light is more greatly obscured by dust. The above image encompasses over 2,000 images from the Hubble Space Telescope's NICMOS taken last year. The image spans 300 by 115 light years with such high resolution that structures only 20 times the size of our own Solar System are discernable. Clouds of glowing gas and dark dust as well as three large star clusters are visible. Magnetic fields may be channeling plasma along the upper left near the Arches Cluster, while energetic stellar winds are carving pillars near the Quintuplet Cluster on the lower left. The massive Central Cluster of stars surrounding Sagittarius A* is visible on the lower right. Why several central, bright, massive stars appear to be unassociated with these star clusters is not yet understood.
This description "NOT YET UNDERSTOOD" is in sharp contrast with former releases of the ESA study of 16 years on the center of the Galaxy, presented earlier, talking about the proof of the giant lurking black hole inside the Sagitarius complex see:
http://antwrp.gsfc.nasa.gov/apod/ap081211.html

Thursday, 11 September 2008

THE CARINA NEBULA the origin for pillars of creation

Examples of SPLITTING AND PAIRING Black holes forming complex gas pillars with straight or curved Herbig Haro objects at the top.
Some of them seem to race through the nebula.

Two straight Herbig haro objects are visible here.

Curved Herbig Haro objects are visible (below)

EAGLE NEBULA and the origin for pillars of creation

THE EAGLE NEBULA is the most obvious example of splitting and pairing micro black holes.

A GREAT basic example for universal complexity.

(double click for enlargement)
Below: the Spire.

Dust Pillars

THE CRAB NEBULA and the origin of pillars of creation

Paired micro black holes in motion forming curved micro Herbig Haro objects in the Crab nebula..

The Crab nebula with 10.000 mini black hole shaped gas pillars.

It is assumed that the "sunspot black holes" of the former Crab star, are in an active pairing and splitting process leaving visible gas pillars and "curved" mini Herbi Haro objects behind.

Peculiar Comets with Anti tails or multiple tails

Comet Hyakutake 21-march 1996 with multiple tails in the form of jets and ion gas tail, 20 degrees long!. Photo: Herman Mikuz. Crni. Vrh. Obs. Slovenia.
A typical support for the micro black hole hypothesis.

Examples of binary black holes: star forming Stellar Anchor Black Holes (SABHs)

Image of our Stellar Anchor Black Hole (SABH) system, supposed to be the remant of the former Herbig Haro system of the star forming open star cluster.

Breaking News:

Strange cosmic ray hotspots tell tales of dual Solar Anchor Black holes?

16:42 03 May 2011 by Anil Ananthaswamy

Cosmic rays crashing into the Earth over the South Pole appear to be coming from particular locations, rather than being distributed uniformly across the sky. Similar cosmic ray "hotspots" have been seen in the northern skies too, yet we know of no source close enough to produce this pattern.

"We don't know where they are coming from," says Stefan Westerhoff of the University of Wisconsin-Madison

See: http://www.newscientist.com/article/dn20436-strange-cosmic-ray-hotspots-stalk-southern-skies.html

See perhaps also: http://vixra.org/abs/1104.0002

Second breaking news:

Second experiment hints at seasonal dark matter signal

http://www.newscientist.com/article/dn20434-second-experiment-hints-at-seasonal-dark-matter-signal.html

If the dual Polar SABHs are located as indicated, and Black holes are also the creators of dark matter effects, THEN the seasonal dark matter signal is easily explained.

Pulsar B1509.

Pulsar B1509, a 1700 year old spinning neutron star with multiple mini black holes leaving to form starforming regions between Herbig Haro-binary black hole systems.

Starforming region NGC 604 (inside M33) with

two x-ray hotspots

as an example of two star forming anchor black holes or binary black holes.

These xray hotspots are NOT observed in optical Hubble images!

Our own Sun is assumed to be the remnant of such a system at a much smaller scale, leaving a simple planetary system with central star (Sun) behind.

latest news SEE:
Can the Sun's Siblings Be Found?
Science, 19-november 2010

Last year astronomer Simon Portegies Zwart of Leiden University in the Netherlands claimed that scientists might be able to find the sun's siblings

http://news.sciencemag.org/sciencenow/2010/11/can-the-suns-siblings-be-found.html

NGC 604 is much larger and assumed to form a dwarf galaxy or globular cluster.

WHY black holes split and pair to form stars or galaxies

Herbig Haro objects are in mainstream physics thought to be originated by stars in the making.

HOWEVER according to my new black hole paradigm, Herbig Haro objects are the origin of stars in the making and the origin of open star clusters, with TWO or even more black holes at each end of the synchrotron jet, located inside the so called "hotspot" at the end of the jets.
In the bigbang inflation period these black holes are supposed to bethe primordial splintersof the big bang black holes, to form first spiral galaxies . Later only SN (supernova ) black holes are supposed to be responsible for open star clusters..
Even OUR SUN is supposed to be the remnant of such an open star cluster system with at least one black hole located at about one lightyear distance from each pole!
.
On a larger scale just after the big bang, Herbig Haro objects should have been active as the origin of galaxies and galaxy clusters.

The Carina nebula is a playground for splitting and pairing massless black holes.
Gas dust pillar regions like the Carina nebula, are well known cradles of stars. In addition we may say, cradles for fast multiplying mini black holes.
These newly formed black holes have a peculiar habit, they seem to pair in groups to form temporal visible Herbig Haro (HH) objects as the start of an open star cluster located in the centre of these paired hotspots.
However according to the images, there are multiple ways for these black holes to split and meet each other.

Herbig Haro hotspots seem to be only temporal visible manifestations at the end of the splitting and pairing black hole process.

Not only at this scale we can find such dumbbell structures but all over the cosmos, from HH objects to Galaxy clusters. See Coma cluster by Chandra image.
http://chandra.harvard.edu/photo/2002/0150/index.html
Conclusion, we need a new scenario for black holes, because they seem to repel Fermions and leave gas channels behind as found in most nebula and other strange objects ( see below) around us.

Black holes seem to like splitting if the vacuum Higgs pressure (Casimir) around the NEW black hole nucleus decreases below a certain level (inside the Big Bang) or if the Vacuum pressure becomes anti-symmetrical due to the approach of other (smaller) black holes.

As a consequence the largest black holes we will mostly find at the edge (outer Halo) of non-merging Galaxies. (see below for the Andromeda galaxy in x-ray and optical)