Exploding Queone (Picture: Science Photo Library)
From a queone’s or quasar’s fragment turning into a galaxeone. The cooking of ionic elements is indicated by the rise of temperature. The higher the temperature, the more ionic atoms are present among with the energetic quanta. This gives the possibility to form a thin metallic plasmic shell, which may ‘impregnate’ the galaxeone. The galaxeone will become explosively unstable if its internal magnetic core is trapped by the metallic plasmic shell, in between of the core of quanta (e.g., microwave, gamma rays). An example model of this detonable (explosive) galaxeone is shown below.
Eruptible Galaxeone (by APBR)
The fact that a magnet being trapped inside a tightly closed microwave oven can trigger explosion is a corroborating evidence for this theory, and the fact that galactic magnetic field may give the directions of a guasar, daughter galaxy, or galactic ejections, is another supporting evidence.
Another possible way to explode is the short circuiting of the galaxeone's electric charges, causing a Redoña darkening effect.
Galactic Giving Birth (by Allan Poe Bona Redoña)
Galactic Giving Birth
Galactic Giving Birth
The power necessary to eject the instability-causing materials from the galactic abdomen is too high. Once those materials are disgorged, they formed into a galactic quasar (i.e., guasar) or many arms. An example of a guasar is the quasar MC2 1635+119.
The left dark galactic womb is what now known as black hole.
A slowly rotating black hole of a galaxy NGC 4261
Loud cries, heard by electromagnetic, gravitational, and magnetic detectors, are some of the effects of this galactic giving birth; and, possibly, the louder the cry, the newer (more recently) the giving birth.
A caudal (tail) portion of the guasar may possibly still attached on and being attracted by the galactic womb (black hole) of the Galaxy M 87 in the constellation Virgo, shown here by a computer-enhanced photograph.
Galaxy M 87 has ejected a guasar from its galactic womb
Even completely detached, the guasar may possibly still affect the mother galaxy’s gases (like is factually happening on the guasar PKS 2251+11 in the constellation Pegasus). It may be ejected straightly (e.g., like to the guasar of Centaurus A
Galaxy Centaurus A), curvingly (e.g., ), double oppositely directed (e.g.,
Galaxy M83),scatteringly (e.g.,
Galaxy M 100),etc. Knowing this, we can easily sketch that
The Mother & Daughter Antennae Galaxies
the system of Antenna Galaxy is a younger version of the Mother Galaxy M 51 & Daughter NGC 5195,
Older Galaxy M 51
and that the Merging Galaxies are older version.
Mother Galaxy NGC 2207 & Daugther Galaxy IC 2163
In some cases, the ejection of guasar is at two opposite directions, splitting the guasar into two daughters. However, there are cases that the guasar is vomited perpendicular from the mother galaxy.
Galaxies 2Masx J00482185-25173651
Split Galaxy Pair Arp 87
Since the slowly rotating guasar possesses too much energy, it will soon fragment into stars, nebulae, & dust, forming into a Daughter Galaxy.
It is now not difficult to understand why many galaxies have one or more daughter galaxies or two or more galactic arms. It is because such a galaxy is stretching out by erupting the great power inside its bosom.
Daughter Galaxy by Allan Poe Bona Redoña
Images Credits: radio map of sister quasars 0957+56(Science Photo Library/The Guinness Book of Records 1990) ;Eruptible Galaxeone (drawing by Allan Poe B. Redoña); pattern of Galaxy’s Giving Birth (drawing by APBR);Galaxy & Quasar MC 2 1635+119 (NASA, ESA, G. Canalizo/University of California, Riverside); Galaxy NGC 4261 (Space Telescope Science Institute-NASA); Galaxy M 87 (Dr Jean Lorre/Science Photo Library); erupting Galaxy Centaurus A (Hardcastle et al. 2007, CfA, CXC, NASA)
Galaxy Messier 100 (HST image);Antennae Galaxies(NASA/ESA & Hubble Heritage Team [STScI/AURA]-ESA/Hubble Collaboration);
Mother Galaxy 2207 & Daughter IC 2163 (Hubble Space Telescope)
- Black Holes’ Classes
(by Allan Poe B. Redoña)
1) Black galactic hole is a dark womb in every galaxy that gave birth to its daughter-galaxies & the possible strongest variety of all classes (if we will assume that there is no universal or quasaric black hole). The black hole in the galaxy NGC 4261
-
(STScI, NASA)
is an example of this class.
2)Black nebular hole is a dark field produced in an exploded nebulareone (or supernoveone) as a portion of the nebulareonic star is strongly evacuating from the said star. Although weaker than galactic dark womb, but nebular black hole is arepellically enough to optically see on telescope as darker portion. Horsehead nebula
-
(Black nebular hole : ESO)
is a good example of this black hole.
3)Black stellar hole is usually detected marking black on the face of a star or in the vicinity near on an exploded supernoveone. Inside the ring of the Supernova 1987A
-
(NASA,ESA,P.Challis & R. Kishner(HSCA)
in the Large Magellanic Daughter Galaxy are two possible stellar black holes.
4)Black photospheric hole is a black hole manifesting in the photosphere of the Sun (or a star) and it is much well known as sunspot.
(Sunspots : Royal Swedish Academy of Sciences)
- We are mentioning here real black holes and not the mythical singularity mini-black holes of the 2nd Scientific Revolution.
- FACTS about BLACK HOLES:
*true black hole is detectable,
*this field (hole) is black because no light is generated of, or reflected on, it.
*this hole is colder than outside its reach,
*black hole may or can move (e.g. rotate),
*black hole is not black star but a hole (dark field) in a star or photosphere or galaxy’s abdomen or in a nebula,
*in the case of galactic black hole (dark womb): no radio emissions are emitted from it,
*if strong-enough, a black hole can pull objects,
* although many traditional astronomers of the 2nd Scientific Revolution believe that a black hole is a region-of-space-but-massive-black-object-that-is-not-a-hole, but the fact that the ‘pulled objects’ enter in the galactic dark womb (black hole) is the proof that black hole is a hole.
What is a BLACK HOLE and why there can be such a phenomenon?
According to the Redoña Law of darkening hole:
Black hole is an effect (usually, a field) manifested when a too hot massive celestial object (like galaxeone, star, or photosphere) is suddenly evacuated by its own portion (content) with a strong eruption, expansion, or explosion.
MYTHICAL BELIEFS about Black Holes:
*black hole is a star,
*black hole is an object that light cannot escape from it because it swallows up its own light due to strong gravitational field,
*black hole is not a hole but a so small star with so much matter in it, - black holes are nearly not possible to confirm,
- black hole is smaller than the atomic nucleus but weighing a billion tons,
- loophole in the laws of physics enabled most mini-black holes to evaporate,
- once a month one mini-black hole may explode randomly in space so that,by implication, there are zillion universes are formed and to be formed from them and some of universes might be inflating in your nose, head,chest,finger,bed,toilet,cemetery,sky or anywhere
Confusing Black Holes
Black holes is the most enigmatic entity of the Inflationary belief of the 2nd scientific revolution. Why? Because if a mini-black hole was so strong that no radiant energy or matter could escape from it, and if our universe was once a hot energy of the foam of the mini-black holes during the Planck time, then our universe at that moment would deflate and would not inflate and its energy could not escape so that reverse event would happen: Not inflation but deflation of the Universe down to the so-called infinity until our universe would almost nothing. Therefore, instead of expanding,our universe today must zillion times smaller than an atomic nucleus. However, the fact is contrary to that notion.
What is Black Hole ?
Black holes are holes which contain strong arepellic (cold) energy. These holes are formed whenever a strong enough evacuation, due to eruption or explosion leading to ejection and fragmentation,of an unstable powerful celestial object (galaxeone,nebulareone,etc.) happened. The ejected portion is teming with acohaeric (hot) photons, while the evacuated (hole) portion with arepellons. Acohaerons are energy that punches, while arepellons are energy that extructs. Their distinctions are easily noticed by a thermometer because acohaeric (hot) photons increase the volume while arepellic (cold) photons decrease the volume of a gas.
Navertheless, despite of a wrong accusation, arepellons or dark energy of black holes are Law Abiding Particles.
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