Tag: Cosmic Web

Scientists Create A Magnetic “Wormhole” That Connects Two Regions Of Space

by Arjun Walia         November 10, 2017         (collective-evolution.com)

• In 2015, scientists in Barcelona created a magnetic wormhole in a lab that tunnels a magnetic field through space. Wormholes are cosmological objects that allow one to create “shortcuts” through space in order to travel vast distances in a shorter period of time.

• Mathematically predicted by his general ‘Theory of Relativity’, Einstein referred to wormholes as “bridges” through space-time.

• Say the scientists, “We experimentally show that the magnetic field from a source at one end of the wormhole appears at the other end as an isolated magnetic monopolar field, creating the illusion of a magnetic field propagating through a tunnel outside the 3D space.”

• “The overall effect is that of a magnetic field that appears to travel from one point to another through a dimension that lies outside the conventional three dimensions.”

• The manufactured wormhole is not [yet] able to transport matter. It’s able to transport a magnetic field from a physical object by having it disappear at one point, and then reappear at another, which is still very significant in the world of science.

• A paper was recently published in the Annals of Physics that offers mathematical evidence that a massive black hole in our galaxy is actually a wormhole. If this is true, it should be possible for humans to navigate it.

• [Editor’s Note] Mainstream science is slowly inching their way toward understanding the physics of technologies commonly used by the more advanced beings for transportation throughout our galaxy known as the “Cosmic Web”.

 

Wormholes are fascinating (but theoretical) cosmological objects that can connect two distant regions of the universe. They would allow one to create “shortcuts” through space in order to travel vast distances in a shorter period of time. They are predicted by the general Theory of Relativity, and are what Einstein referred to as “bridges” through space-time. Wormholes are mathematically predicted, if not proven, and a new study illustrates how scientists have taken these theoretical anomalies – which many physicists believe to be real – and created one for themselves.

Researchers in Spain, from the physics department at the Autonomous University of Barcelona in 2015, actually created a magnetic wormhole in a lab that tunnels a magnetic field through space.
“Using matematerials and metasurfaces, our wormhole transfers the magnetic field from one point in space to another through a path that is magnetically undetectable. We experimentally show that the magnetic field from a source at one end of the wormhole appears at the other end as an isolated magnetic monopolar field, creating the illusion of a magnetic field propagating through a tunnel outside the 3D space.”

Just to be clear, the manufactured wormhole is not able to transport matter, it’s able to transport a magnetic field from a physical object by having it disappear at one point, and then reappear at another, which is still very significant in the world of science.

The wormhole is invisible to the human eye, but it’s a sphere made up of an outer ferromagnetic surface, an inner superconducting layer, and then a ferromagnetic sheet rolled into a cylinder internally.

Prior to this accomplishment, the researchers were able to create a tunnel to transport magnetic fields. What makes this finding so much more interesting is the fact that again, because of materials used to build the wormhole, they’ve managed to keep the magnetic field completely invisible.

“This result is strange enough in itself, as magnetic monopoles do not exist in nature. The overall effect is that of a magnetic field that appears to travel from one point to another through a dimension that lies outside the conventional three dimensions.”

Alvar Sanchez, the lead researcher, said that the magnetic wormhole is an analogy of the bigger, theoretical gravitational ones that are commonly used in science fiction. Despite this, there is still, according to modern day science, no way to know if similiar magnetic wormholes exist throughout space.

A paper that was recently published in the Annals of Physics offers mathematical evidence that a massive black hole in our galaxy is actually a wormhole. If this is true, it should be possible for humans to navigate it.

“Our result is very important because it confirms the possible existence of wormholes in most of the spiral galaxies.”

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Half the Universe’s Missing Matter Has Just Been Finally Found

by Leah Crane         October 9, 2017         (newscientist.com)


• For decades physicists have been searching for “dark matter” to account for half of the matter in space between galaxies that was missing from their calculations.

• Two different teams of scientists have both found this missing matter, and it is contained in the filaments of gasses that link galaxies together.

• The filament strands are so thin that can barely be detected.

• Astrophysicists point to this as proof that their theories on how galaxies are formed are indeed authentic.

• This study supports the “Pan-Magellanic Bridge” of magnetic gas that was found connect our Milky Way galaxy with our nearest neighboring galaxy. (see article: For the First Time, Astronomers Have Found A Giant ‘Magnetic Bridge’ Between Galaxies)

• This is further evidence of the “Cosmic Web”, a natural portal system of interconnected electromagnetic filaments that intelligent beings use to travel between planets, solar systems, and galaxies, which Corey Goode describes in S1E12 of Cosmic Disclosure (GaiaTV).

 

The missing links between galaxies have finally been found. This is the first detection of the roughly half of the normal matter in our universe – protons, neutrons and electrons – unaccounted for by previous observations of stars, galaxies and other bright objects in space.

You have probably heard about the hunt for dark matter, a mysterious substance thought to permeate the universe, the effects of which we can see through its gravitational pull. But our models of the universe also say there should be about twice as much ordinary matter out there, compared with what we have observed so far.

Two separate teams found the missing matter – made of particles called baryons rather than dark matter – linking galaxies together through filaments of hot, diffuse gas.

“The missing baryon problem is solved,” says Hideki Tanimura at the Institute of Space Astrophysics in Orsay, France, leader of one of the groups. The other team was led by Anna de Graaff at the University of Edinburgh, UK.

Because the gas is so tenuous and not quite hot enough for X-ray telescopes to pick up, nobody had been able to see it before.

“There’s no sweet spot – no sweet instrument that we’ve invented yet that can directly observe this gas,” says Richard Ellis at University College London. “It’s been purely speculation until now.”
So the two groups had to find another way to definitively show that these threads of gas are really there.

Both teams took advantage of a phenomenon called the Sunyaev-Zel’dovich effect that occurs when light left over from the big bang passes through hot gas. As the light travels, some of it scatters off the electrons in the gas, leaving a dim patch in the cosmic microwave background – our snapshot of the remnants from the birth of the cosmos.

Stack ‘em up

In 2015, the Planck satellite created a map of this effect throughout the observable universe. Because the tendrils of gas between galaxies are so diffuse, the dim blotches they cause are far too slight to be seen directly on Planck’s map.

Both teams selected pairs of galaxies from the Sloan Digital Sky Survey that were expected to be connected by a strand of baryons. They stacked the Planck signals for the areas between the galaxies, making the individually faint strands detectable en masse.

Tanimura’s team stacked data on 260,000 pairs of galaxies, and de Graaff’s group used over a million pairs. Both teams found definitive evidence of gas filaments between the galaxies. Tanimura’s group found they were almost three times denser than the mean for normal matter in the universe, and de Graaf’s group found they were six times denser – confirmation that the gas in these areas is dense enough to form filaments.

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For the First Time, Astronomers Have Found A Giant ‘Magnetic Bridge’ Between Galaxies

by Arjun Walia               September 14, 2017                  (collective-evolution.com)

• Astronomers have discovered an “intergalactic bridge” that links the Milky Way galaxy with our nearest neighbor, the Large Magellanic Cloud.

• The “Pan-Magellanic Bridge” is described as a magnetic strand of gas stretching 75,000 light years connecting the two galaxies.

• “Not only are entire galaxies magnetic, but the faint delicate threads joining galaxies are magnetic, too.”

• [Editor’s Note]   This scientific study supports the concept of the “Cosmic Web”, a natural portal system of interconnected electromagnetic filaments that intelligent beings use to travel between planets, solar systems, and galaxies, which Corey Goode describes in S1E12 of Cosmic Disclosure (GaiaTV).

 

The study of magnetic fields is fascinating, and presents tremendous implications for how we perceive our physical material world. The leading scientists in this field are, as far as I’m concerned, over at the HeartMath Institute, which continues to publish groundbreaking research on how these magnetic fields, which all living things possess, reveal the interconnectedness of all life and impact us in a number of ways.

Now, for the first time, scientists have discovered sound evidence for a magnetic field that is “associated with the vast intergalactic ‘bridge’ that links our two nearest galactic neighbours.”

According to a press release by the University of Toronto’s Dunlap Institute for Astronomy & Astrophysics, “Such cosmic magnetic fields can only be detected indirectly, and this detection was made by observing the radio signals from hundreds of very distant galaxies that lie beyond the [large and small magnetic clouds].”

The field is associated with what’s known as the Megallanic Bridge, which is a strand of gas stretching 75 thousand lightyears between our Milky Way galaxy (and the others that most probably inhabit it) and its nearest galactic neighbours.

Just as the work of scientists at HeartMath has shown the connections between all living things via our magnetic fields, it appears there are also cosmic connections which link cosmic magnetic fields. Looking at the smallest forms of physical matter, scaled up to the geometric patterns in nature, these are also visible at the largest known scales, out in space.

According to PhD student Jane Kaczmarek:

There were hints that this magnetic field might exist, but no one had observed it until now. The radio emission from the distant galaxies served as background ‘flashlights’ that shine through the Bridge. . . . Its magnetic field then changes the polarization of the radio signal. How the polarized light is changed tells us about the intervening magnetic field. . . .Understanding the role that magnetic fields play in the evolution of galaxies and their environment is a fundamental question in astronomy that remains to be answered.

The signal of the magnetic field detected was 1 million times the strength of our own planet’s field. There are obviously still a lot of questions to be answered.

The U of T release finished off by emphasizing:

The paper is one of a growing number of new results that are building a map of the Universe’s magnetism. According to Prof. Bryan Gaensler, Director of the Dunlap Institute for Astronomy & Astrophysics, University of Toronto, and a co-author on the paper, “Not only are entire galaxies magnetic, but the faint delicate threads joining galaxies are magnetic, too. Everywhere we look in the sky, we find magnetism.”

The next question to answer is, how exactly are these magnetic fields generated, and what can they tell us about the nature of the universe and the nature of reality? Furthermore, what role do and did they play in the evolution of the galaxy, and of human life?

This study is also part of a much larger effort to map the magnetism of the entire universe.

The research has been published in the Monthly Notices of the Royal Astronomical Society, and you can read the full paper for free over at arXiv.org.

SEE ORIGINAL ARTICLE AND VIDEO: “SPACE TIME WITH STUART GARY”

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