Mark Megahan
Our entire universe may be stuck inside a black hole. The James Webb Space Telescope recently captured an image which beats the Hubble “deep field” all to hell. The latest snapshot from NASA “is transforming our view of the universe, revealing celestial objects in unprecedented detail.” Such striking detail that it shows things that are supposed to be impossible.
In a black hole
Our entire universe might be stuck inside a big black hole. That’s one way to interpret the recent images from the James Webb Space Telescope in a way they make sense. If that’s not the answer, astrophysicists are stumped.
No matter what the correct answer turns out to be, “these observations are reshaping our understanding of the cosmos, from the formation of galaxies to the fundamental nature of space-time.”
Once the final images were generated and the experts got a good look at them, they were intrigued to discover “the unexpected presence of early galaxies and an unusual pattern in their rotation.”
That, they note, is a big deal. “These findings could have profound implications for modern cosmology.” It could mean that we’re all living “beyond the blue event horizon,” inside a black hole.
The whole problem for astronomers started when they noticed that “JWST has detected galaxies that formed much earlier than expected.” At least, it seems that way. “One such galaxy, JADES-GS-z14-0, appears to have existed just 250 million years after the Big Bang.” The experts say that’s impossible.
Then again the “experts” used to say that bumblebees shouldn’t be able to fly. They kept at it until better technology showed them how bee wings really flap. The figure-eight pattern they make provides the missing lift. A model containing our entire universe inside a black hole would solve the early fast formation anomaly this time.
Challenges existing theories
One thing the experts know for sure is that the image proves they’ve been wrong up until now. “This discovery, along with others at similarly high redshifts, challenges existing theories of galaxy formation.” JWST spotted two types of galaxy rotation.
Those that match our own Milky Way, which they numbered in red, and those that spin the opposite direction in blue. It’s currently believed that nearly every galaxy has a black hole in the center providing stability.
Until now, it’s been believed that “galaxies like the Milky Way formed gradually over billions of years. However, JWST’s observations show that spiral galaxies—previously thought to be a product of later cosmic evolution—existed in the universe’s infancy.”
That suggests it could be a key to solving the expansion rate problem. The black hole container theory would explain a lot of that, too.
About two thirds of the galaxies rotate in the same direction. They should be distributed 50/50.
“Several theories attempt to explain this phenomenon. One possibility is that the universe itself was born with an inherent rotation. This idea aligns with some alternative cosmological models, such as black hole cosmology, which suggests the universe might exist inside a massive black hole.“
