3: Double LeSage gravity experiment with new massive oscillator.
4: Double Stern-Gerlach atomic entanglement experiment .
5: Gravity drag related lightspeed experiment between two Balloons and the earth.
6: Multiverse number count by a renewed Benjamin Libet experiment focussed on RPI and RPII ratio.
As a result, the near vacuum is thinner or diluted, it has holes, which could be the origin of the Universal HUBBLE redshift.
By contrast, my new black hole paradigm says:
the origin of universal redshift is Dark matter (black holes) but the speed of light is NOT slowing down on the journey along these deluted vacuum areas present around black holes. The wave length of each photonic bunch seems to be elongated by this effect. The holes in the vacuum lattice around black holes (see figure below) seem to be able to force the photon wavebunch to spread out and elongate the wavelength.
Dark matter is the proliferation of vast numbers of Galaxy Anchor Black Holes (GABHs) around Galaxies.
Graphene may reveal the grain of space-time
13 May 2011 by Kate McAlpine
1. Higgs-Vacuum Black Hole Lensing
2. Cygnus-A Black Hole Lensing with Ionisation effects
3. Rigid Elementary Click-On Particles and Propellers
4. Galaxy Form and formation
5. Higgs-Graviton Quantum Gravity etc. etc.
6. Small GR anomalies and Test Proposals
7. Is Less More in the Symmetric Multiverse?
and FREE WILL
8. Magnetic Quantum radiation Test
9. New Nuclear Polar-Ring Structure
10. The CPT symmetric Big Bang multiverse
1. High Speed Black Holes.
2. Planetary Lightspeed Frame Dragging
3. The Evaporating Big Bang Black Hole
4. Rigid Gluonium Knots and Ball lightning
5. The Black Hole relation with Comets
6. Vacuum Lattice models and Diffraction
7. The Geometry of Decay Processes in Detail
My second blog:
Examples of New Paradigm Splitting and Pairing Black Holes.
CONTENTS of this second Blog
COPY OF MY FORMER WEBSITE OF 2003.
Coding of elementary “Quatron Particles”.
Coding summary 3-D represented
Alternative standard particle model
Variable Higgs-virgin oscillations and Lorentz transformations
Quantum gravity around black holes
The Higgs-virgin repelling zone around black holes
Complex Higgs-virgin repelling zones between two (or more) black holes, as the origin of Galaxies and Open Star Clusters.
4 Tests and other considerations
Agreement with Cosmological observations and dumbbell systems.
Talk on ball lightning,
Systematic sketches of interacting anchor black holes , the origin of Galaxy-types
Sub quantum particle structure and D. J. Bohm.
Examples of the cosmological consequences date: 9-5-1996
Improved instrument to measure North- and South magnetic radiation
Spin and Dipoles.
Atomic Nucleons and magic numbers.
The basic identity of the Lorentz force.
John Bell and Basil Hiley by Paul Davies.
How the Big Bang started after a Big Crunch
The Decay of Quarks and Leptons. Kaon decay and the chiral creation of matter.
Rupert Sheldrake correspondence.
How and Why God plays dice.
app. 33 (X)
2-stage semi-cold Fractal Big Bang/ ZPE Galaxy Anchor Black Hole (GABH) propulsion.
app. 34-35 (X)
app. 36-37 (X)
Suggestions for the architecture of elementary particles and some Universal consequences.
I didn't like the impossibility to compose a causal model of the Universe, therefore I started some 15 years ago with magnetic experiments (page: 19). I found out that there should be two different sorts of magnetic radiation of the Earth (North and South). I started to design possible 3D particle models (page:2-5). The model idea was based on the assumption that there should be a possibility to design a particle system out of one convertible virgin vacuum particle. This particle should have form-changing properties with as few as possible freedom to change and at the same time fitting the particle bill of the accepted "standard model" as tight as possible.
The idea that light (waves or photons) could not escape from a black hole introduced the consequence that graviton-photons should have the same problem as other photons. This introduced to me the concept of a repelling gravitational energetic oscillating Virgin Vacuum lattice which I called Higgs-virgin vacuum.
At the same time this Higgs-virgin vacuum should lose or gain oscillating impulse energy (or zero point energy ), to explain the origin of vacuum fluctuations (pair production), the four fundamental forces , and the infinite energy of the electromagnetic- and the gravitational field, which gave physicists a major problem.
Consequently photons should have different forms to explain the different qualities such as electric- magnetic- gravity and gluonic photons. By introduction of these quality differences compared to the Higgs-virgin particle it was possible to imagine all four forces of Nature as a result of combined impulse-differences from Higgs-virgin particles in combinations with other photon impulses on mass-carrying particles. This system should be the origin of the planetary motion of electrons, the fuzziness of particles, the chaotic period of the so called quantum break-time , the energy levels of electrons exactly fitting into the Riemann numbers , the Heisenberg uncertainty and the Planck constant .
O= Circle : if the hinge does not change the original Torus form between two Torus quarter parts.
L= Left click position: if the hinge changes the original Torus form by a 90 degree relative axial rotation to the left, if the Torus is observed from the outside
R= Right click position: if the hinge changes the original Torus form by a 90 degree relative axial rotation to the right, if the Torus is observed from the outside.
Spin; 0 particles; for each particle there are three hinges, thus the Higgs-virgin (vacuum) particle is coded OOO.
3: El.magn.North photon (=also gluon)= ROU. 4: El.magn.South photon (=also gluon)= LOU. 5: Electric plus(+) photon (=also gluon)= ROR. 6: Electric minus(-) photon (=also gluon)= LOL. 7+8: x-ray and gamma ray particle= LOO, ROO.(not in action as a gluon)
The transition possibilities, from Higgs-virgin OOO up to neutrinos:
Two OOO particles become after collision with each other> OLO and ORO (e+ and e- pair production) Thus: Higgs-virgin > e+ and e-: representing two propeller forms with a left and a right "pitch". The middle hinge of the Higgs-virgin particle O, can rotate over 90 degrees into L or R and backwards into O, it never rotate into U).
One LOL particle can become > LLL or LRL (thus: the El.- photon can become a > mu-Neutrino or anti-el. neutrino: the middle hinge O, is rotating into L or R, but never into an U)
An ROU and LOU particle (the magn. Photons North and South) can not rotate over the middle hinge O: they can not change form into other particles than backwards into OOO).
One OLO particle can become > RLR or LLL (thus: the Positron can become a> el. Neutrino or mu-neutrino: the side hinges can simultaneously change into LL or RR.) For weak interactions this system is going backwards: each of these neutrinos can change into a positron.
One ORO particle can become >RRR or LRL (thus: Electron > anti-el. neutrino or anti-mu neutrino: the side hinges can simultaneously change into LL or RR.) For weak interactions this system is going backwards: each of these neutrinos can change into an electron.
A LOL particle or ROR particle can become >UOU. (thus: El- or El+ photon can rotate into a general photon and backwards, for electromagnetic decays )
For Strong interactions the Higgs-virgin vacuum can produce through collision of two Higgs-virgin particles a set of: d and anti-d or u and anti-u quarks.
Neutrinos are created by interaction of two Higgs-virgin particles (which interact from two different directions at the same moment, ) with;
- A; Quark-bounded photons. from which the middle-hinge changes (spin-1) by 90' clicking (0 becomes L or R) at the same time spin-1 becomes spip1/2. (e.g.; UOU becomes ULU or URU).
- B; Quark-bounded electrons or positrons from which the two side hinges change by 90 degree clicking and spin 1/2 stay the same (for inst. OLO becomes RLR or LLL).
- The ROU and LOU ( the magn. South and North) particles are not able to change into neutrinos because they are a- symmetrical and consequently doesn’t have the possibility to interact symmetrical with two Higgs-virgin particles..
A quark-bounded electron (or positron) can through the same (double Higgs-virgin) mechanism change back into a Higgs-virgin particle; (suggested to be active in Neutron decay). Two Higgs-virgin particles can change (by head on bounces) into a set of a positron and an electron.
Five photons: General, Em. North, Em. South, E+ photon and E- photon, combined with the electron and positron are the only building-stones for quarks. Neutrinos are the collision remnants of these particles.
3: From other directions there are similar inflow patterns (3). 4: A photon or better called a photon oscillation (see lines or chain trajectories) which will be collected by the Black hole.
5: The photons (oscillations) which will pass the black hole, but are influenced in there trajectory by the in-falling vacuum lattice all around the black hole. 6: The photons which are in between, will stay on the so called light horizon,(7). 8: Two distinct mass carrying particles are plotted: one at the horizon and one outside the horizon (7). 9: gives the distribution pattern of the inflow of Higgs-virgin particles around the mass carrying particles in the same way as is represented for Quantum gravity in figure, (A page: 6 ) called the Higgs-virgin vector curve . It is clearly visible, that by the black hole deformation of the vacuum, the Higgs-virgin-vector curve has a total different butterfly form. 9; is the cross section over the outline of the Higgs-virgin vector curve, which has a rotational axis connecting the mass carrying particle (8) and the black hole (1) The butterfly-like form of the cross section is originated by the space curvation at that specific location in the vacuum. As a consequence, space is curved due to really curved trajectories of the Higgs-virgin photons.
10 and ll: As will be explained in figure (D) there should exist a Higgs-virgin-repelling zone around a black hole for mass-carrying particles, with two globular boundary layers, (10 and 11). Contrary to the black hole repulsion, in special cases the black hole absorbs also mass carrying particles like quarks and leptons. It is supposed that Quarks and Leptons have the chance to break through he Black Hole repelling zone only at very high speed (in the form of high speed jets) (page 9).
E: At the light horizon (6) of the black hole (on the contrary), the total average Higgs-virgin impulse is clearly coming only from outside the black hole because there is no outflow of vacuum oscillations. (see the local Higgs-virgin vector curve 2). Consequently on this location, there is Higgs-virgin attraction to the Black hole even for mass carrying particles.. The turning point, where gravity is zero, is given in point (7).
F: The space in between point (4) and (7) is called: Higgs-virgin Repelling (Repulsion) zone (8) , which is suggested to be responsible for a lot of unravelled Cosmological questions, like the origin of Sunspots, matter spitting Comet Tails, Open star clusters, Single and Double Lobed Quasars, and the very short time scale of the creation of Galaxies after the Big Bang . The corresponding Higgs-virgin gravitation diagram is plotted on the axis (9). At point (4) there is a discontinuous jump originated by the start of the Lorentz-polarization which can be different for each mass-carrying object. We sketched an intermitted line representing the average of the jump 10: The space around the jump zone is supposed to be a real mass trap. This is supposed to be the zone where the annihilation of anti- and real hydrogen will take place around Comet Black Holes and Quasars hot spots, as is clearly visible around the two hot spots of Cygnus A.
COMPLEX HIGGS-VIRGIN REPELLING ZONES and a WHITE HOLE, BETWEEN TWO BLACK HOLES,
The very interesting consequence of this system is, that it gives an explanation for the form differences of Galaxies and most other universal dumbbell forms like Quasars, Planetary Nebulae as remnants of exploded Stars (page 27) but also for Open Star Clusters. The structure of Globular clusters (5) in the halo of Galaxies are suggested to depend also on this Higgs-virgin-repelling system. If there is a gliding scale of magnitude from the most massive dumbbell black holes (1) via the massive star cluster "Anchor Black Holes" downwards to Solar Anchor Black Holes, we may expect, that the smallest black holes are situated in the center of a Galaxy. Such a system will grow and is suggested to be responsible for the inflation of the bulge of a Lenticular or spiral Galaxy (6) into a more globular form (7). For Elliptical Galaxies (see page 26), it is assumed that a more complex Anchor Black Hole system is needed, with more than more than 6 massive Anchor Black Holes equally distributed around the Elliptical Galaxy system.
These Early simple what I call “dumbbell” Spirals are supposed to be able to merge, however without the merging of the GABHs itself.
Consequently these GABHs will stay isolated and will form two axial orientated "Tree alike" outer Halos of the Spiral System.
Within Early Spiral Galaxies, these GABHs are supposed to form axial located strings which can be identified as Knots inside Jets produced by the Spiral Radio Galaxies. It is well known that these knots don't move inside these Jets, which is in line with the new GABH paradigm that Black Hole nuclei are supposed to be “Locked up “ within the oscillating vacuum structure. See also: 3C303 http://hea-www.harvard.edu/XJET/source-d.cgi?3C_303
The Spiral galaxy 0313-192 is supposed to be an example of a Spiral with GABH induced extended Halos in "Tree" form see http://www.astr.ua.edu/keel/research/rg0313.html
It is proposed That these GABHs can collect stars and form Dim Dwarfs Ellipticals Galaxies. In addition it is proposed that in between these strings of GABHs, Irregular and Spheroidal Galaxies can form like the Dwarf Sculptor see: http://nedwww.ipac.caltech.edu/level5/March01/Mateo/Mateo4.html
If this is true, Dwarf Elliptical Galaxies must each harbor a primordial massive GABH which is supported by the fact that most elliptical dwarfs and even Globular Galaxies do not show much gaseous content. (The new paradigm Black Holes are supposed to repel gas but attract Stars)
As a result, the contemporary idea that all Galaxies harbor a super massive Black Hole in their nucleus should be wrong.
If black holes inside Galaxies are not primordial but only Supernova remnants, then one could speculate that only collections of the smallest Supernova Black Holes should be concentrated in these Galaxy nuclei.
This could be a possible explanation for the knotty structure of our Galaxy nucleus, harboring only small black holes..
These Giant Ellipticals could be a combined effort of a concentration of GABHs (Dwarf Galaxies) connected to the ring of outer Galaxies of the Galaxy Cluster, which have different axial orientations, all pointing into the center of the Cluster.
Then these Ellipticals could be called "super Dwarfs"' see the example mentioned above: of a Knotty jet inside M87. : http://hea-www.harvard.edu/XJET/source-d.cgi?M87 which seem to have a much higher Dark Matter content than the surrounding Galaxies.
2: If the universal system is always anti-mirror symmetrical, without a "broken (Big Bang) symmetry" and synchronized by EPR effects, then it could be expected that we have to deal with copy anti-universes with "mathematical opposite running LOCAL AND COSMOLOGICAL time".
3: If the vacuum is equipped with a crystalline lattice system of complex oscillating Higgs alike real vacuum particles, "pushing around" quarks and Leptons, then this oscillatory jitter of Fermions should be interpreted as the origin of local time, This would be the first "real time" to deal with.
4: If the vacuum particles are constantly absorbed by a not yet discovered system of Black Holes spread around Galaxies and stars like our sun (already recognized as "Dark Matter"), then we could come to the solution that there is also "Cosmological Time": the time that the cosmos need to pulsate in and out, from Big Crunch via a complex Fractal Big Bang to the second Big Crunch.