A recent study: The Earth is located in a giant astronomical tunnel
Is it possible that we live inside a tunnel in this vast universe? According to scientists, the Earth is located inside a magnetized tunnel that surrounds our solar system. Canadian researchers have discovered the most plausible explanation for the existence of two incredibly strong magnetic and rope-like structures in the Milky Way, according to a new study due for publication in The Astrophysical Journal and recently uploaded to arXiv.
According to researchers from the University of Toronto's Dunlap Institute, the National Research Council of Canada and the University of British Columbia, these threads are space tunnels. Since its discovery in 1960, scientists have established a relationship between "The North Polar Spur" and the "Fan Region," two gaseous formations in the sky that have been identified to generate strong radio waves in the sky.
Dr Jennifer West of the Dunlap Institute said they wanted to better understand our Milky Way galaxy through this newly discovered relationship. These two space objects generate magnetic waves so strong they cannot be seen with the naked eye, but can be read with a radio telescope.
The scientists used a computer model to map the length and position of each of the two structures, and came to the conclusion that the two objects are connected by a single tunnel-like structure. Most of the previous research on these things has looked at them as individual, independent beings, but how did they come up with this ?concept
According to West, scientists had a unique perspective on the Milky Way. They simply re-mapped the NPS region from a different angle, making the relationship between the two objects more clear. This realization is now possible using telescopes and computer simulations.
To clarify the idea further, Jennifer West says, we can use the Earth map as an example, where the North Pole is at the top and the equator is in the middle. But, of course, we can always redraw that map from a different perspective. The same applies to a map of our galaxy. Most astronomers look at a map with the galaxy's north pole up and the galaxy's center in the middle. The important part that inspired this idea was to redraw that map with a different point! As for magnetic fields, they do not exist in isolation, so the next step is to better understand how this local magnetic field relates to the large-scale galactic magnetic field as well as to the smaller magnetic fields of our Sun and Earth.
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