Astronomers discover cosmic tunnels linking solar system to distant stars

BGR describes in its article that astronomers have unveiled the existence of "cosmic tunnels" that may link solar system to distant star regions. 

Using data from the eRosita X-ray instrument, researchers have identified a "cosmic tunnel" linking our solar system to other stars.

For years, scientists have known that our solar system resides within a region called the Local Hot Bubble. This bubble is thought to have formed as a result of multiple supernova explosions over the past few million years and spans roughly 300 light-years in diameter.

Now, researchers from the Max Planck Institute, utilizing data from eRosita, report finding evidence of a cosmic tunnel extending from our solar system toward the Centaurus constellation. This tunnel appears to cut through the material that constitutes the Local Hot Bubble.

The researchers also report the discovery of a second cosmic tunnel connecting our solar system to Canis Major. The exact cause of these tunnels remains unknown, and it’s uncertain whether they could ever be traversed. However, their existence implies that there could be a broader network of pathways linking different star regions.

Astronomers have long speculated about the existence of wormholes—ripples in space and time that might allow us to travel vast distances. These wormholes are a staple in science fiction. It's possible that the newly discovered cosmic tunnels could be the key to unlocking such capabilities.

Of course, this is purely speculative. However, it wouldn't be surprising if scientists eventually sought to connect these ideas in some way. For now, the latest research, published in Astronomy & Astrophysics, raises fascinating questions about the potential connectivity of various regions of our universe.

By Naila Huseynova