The End of our Universe

a friend of mine in Toronto

You might have some older digital pictures of yourself or your family in white, facing the Sun, and of other people in your files worth checking them! Below you will find a picture of our son Robert in white pullover. He is also of Violet Vibration and if you stand up and look at this photo in a dark room, you will see some Violet Spots on the sunny side of his pullover (not in the shady part)!

On this picture you see 4 Violet people. They are my friends, I met them in Vina Del Mar, Chilian coastal city, in Sep. 2011

On these 2 photos you see all Violets, me and the Boys: Matias, Andy and Felipe from Chilian coastal city Valparaiso, Sep. 2011. Thank you for your lovely postcard, but I could not understand your address to be able to reply (letters are too small)! I wish you all the best, Boys! Remember: nothing is accidental !

Me and my Violet friend are riding this dreadful car (doesn't do reverse)! Banyo, Ecuador, Aug. 2011

Me and my Violet friend, Buenos Aires, Argentina, 2011

Me and my Violet friend, Ecuador, 2011

3 Violets, river La Plata, Argentina, 2011

5 Violets, Puerto Lopez, Ecuador, Aug. 2011

My Violet friend, Ecuador, 2011

Irina, my girlfriend, Greater Moscow, 2011!

Irina, my Violet Russian girlfriend, the one who takes beautiful photos of Anomalous Sights, Greater Moscow skying resort, 2011!

Anomalous Sun, Greater Moscow, 2011!

My Violet Australian friend, Dennis Lee

My Violet Chinese friend

My Violet Swedish friend

Our Old and Our New Universes

How rebellious clusters of Galaxies move against the backdrop of expanding Universe

Rough Image of Multiverse

http://ghostradio.wordpress.com/tag/laura-mersini-houghton/

on January 27, 2009
From New Scientist:
FOR most of us the Universe is unimaginably vast. But not for cosmologists. They feel decidedly hemmed in. No matter how big they build their telescopes, they can only see so far before hitting a wall. Approximately 45 billion light years away lies the cosmic horizon, the ultimate barrier because light beyond it has not had time to reach us. So here we are, stuck inside our patch of Universe, wondering what lies beyond and resigned to that fact we may never know. The best we can hope for, through some combination of luck and vigilance, is to spot a crack in the structure of things, a possible Window to that hidden place beyond the edge of the Universe. Now Sasha Kashlinsky believes he has stumbled upon such a Window.
Kashlinsky, a senior staff scientist at NASA’s Goddard Space Flight Center in Greenbelt, Maryland, has been studying how rebellious clusters of Galaxies move against the backdrop of expanding Universe. He (Kashlinsky) and colleagues have clocked galaxy clusters racing at up to 1000 kilometres per second – far faster than our best understanding of cosmology allows. Stranger still, every cluster seems to be rushing toward a small patch of space between the constellations of Centaurus and Vela.

Kashlinsky and his team claim that their observation represents the first clues to what lies beyond the cosmic horizon. Finding out could tell us how the Universe looked ... or if our universe is one of many. Others aren’t so sure. One rival interpretation is that it is nothing to do with alien universes but the result of a flaw in one of the cornerstones of cosmology, the idea that the Universe should look the same in all directions. That is, if the observations withstand close scrutiny. All the same colleagues are sitting up and taking notice. “This discovery adds to our pile of puzzles about cosmology,” says Laura Mersini-Houghton of the University of North Carolina, Chapel Hill. Heaped in that pile is 95 per cent of the Universe’s contents, including the invisible Dark Matter (low viscosity Plasma, LM), that appears to hold the Galaxies together, and the mysterious Dark Energy (New Aquamarine Energy, LM), that is accelerating the Universe’s expansion. Accordingly, Kashlinsky named this new puzzle the “Dark Flow”. Kashlinsky measures how fast Galaxy Clusters up to 5 billion light years away are travelling by looking for signs of their motion in the cosmic microwave background... Photons in the CMB generally stream uninterrupted through billions of light years of interstellar space, but when they pass through a Galaxy Cluster they encounter hot ionised gas in the spaces between the Galaxies. Photons scattered by this gas show up as a tiny distortion in the temperature of the CMB, and if the cluster happens to be moving, the distortion will also register a Doppler shift. In any individual cluster, this shift is far too small to detect, which is why no one had ever bothered looking for it. However, Kashlinsky realised if he combined measurements from a large enough number of clusters, the signal would be amplified to a measurable level.

January 12, 2010 -- Cosmic Explosion: Among the Brightest in Recorded History
Scientists have detected a flash of light from across the Galaxy so powerful that it bounced off the Moon and lit up the Earth's upper atmos...

Space
http://www.newscientist.com/article/mg20126921.900-dark-flow-proof-of-another-universe.html

Mystery: ‘Dark Flow’ Extends Towards Edge of Universe! Dark Flow: Proof of another Universe?

SOMETHING big is out there beyond the visible edge of our Universe. That’s the conclusion of the largest analysis to date of over 1000 Galaxy Clusters streaming in one direction at blistering speeds. Some researchers say this so-called “Dark Flow” is a sign that other Universes nestle next door.
Last year, Sasha Kashlinsky of the Goddard Space Flight Center in Greenbelt, Maryland, and colleagues identified an unusual pattern in the motion of around 800 Galaxy clusters. They studied the clusters’ motion in the “Afterglow” ..., as measured by the Wilkinson Microwave Anisotropy Probe (WMAP).
The photons of this Afterglow collide with electrons in Galaxy Clusters as they travel across space to the Earth, and this subtly changes the Afterglow’s temperature.
The team combined the WMAP data with X-ray observations and found the Clusters were streaming at up to 1000 kilometres per second towards one particular part of the Cosmos (The Astrophysical Journal Letters, vol 686, p L49). Many researchers argued the Dark Flow would not turn up in later observations, but now the team claim to have confirmed its existence. Their latest analysis reveals 1400 clusters are part of the Flow, and that it continues to around 3 billion light years from Earth, a sizeable fraction of the distance to the edge of the observable Universe. This is twice as far as seen in the previous study...One explanation for the Flow would be the gravity of a huge concentration of matter...massive cosmic structures were “seeded” by random quantum fluctuations, so overall, matter should be spread evenly. There could be an exotic explanation. Laura Mersini-Houghton of the University of North Carolina, Chapel Hill, thinks the Flow is a sign of a neighbouring universe...The observation of “Dark Flow” in Galaxy Clusters was predicted in 2006 by Laura Mersini-Houghton of the University of North Carolina at Chapel Hill and colleagues. She proposes that the effect occurs because our Universe was once influenced by neighbouring domains...Mersini-Houghton reasoned that if a force exerted by other Universes squeezed ours, it could generate a repulsive effect that would impede the shrinkage of matter into clusters, but not leave an imprint on smaller scales. “This skews the distribution of lumps so they are not the same in all directions,” she says. “There is a preferred direction – the Dark Flow.”
She also predicted in 2006 that there should be two “Holes” – regions with fewer Galaxies than expected. Sure enough, there does appear to be a Hole – the so-called “Cold Spot” identified by the WMAP probe. The Hole is a very large region of Space where the Afterglow is cooler than average...

http://www.newscientist.com

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