Is Our Universe Trapped Inside the Event Horizon of a Black Hole?

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The James Webb Space Telescope (JWST), built by NASA, is the most sophisticated telescope ever made, specifically engineered to function in deep space about 1.5 million miles away from Earth. This spacecraft was launched from Earth’s surface on Christmas Day, December 25, 2021. After its launch, it started operating from a stable position at Earth’s L2 Lagrange point, which is a gravitationally balanced location, in the summer of 2022.

For three years now, as a gamer peering into the cosmos, I’ve been captivated by the stunningly detailed images beamed back by this spacecraft. Now, it seems the James Webb Space Telescope has hinted at something mind-bending: evidence that our entire universe might be contained within the event horizon of a black hole nestled inside a larger cosmic parent universe.

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The black hole that recently made headlines isn’t the closest one to Earth, but it is the heaviest stellar-mass black hole ever discovered, and it’s not too far away. Furthermore, the newly found pair of black holes tips the scales at an astounding 28 billion times the mass of our Sun.

This shows that while distance is important when considering potential threats from black holes, it’s also crucial to acknowledge their size and weight in understanding the cosmos better.

How baby universes could sprout from black holes

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Black holes can be thought of as cosmic enigmas, some of the most elusive and challenging phenomena in the universe. These mysterious entities are formed when a star with a mass at least 20 times greater than that of our Sun reaches its final stage and compresses into a singularity.

Throughout much of a star’s existence, the force pushing out from fusion and the pulling inward by gravity reach a stable equilibrium. After countless years (stars with high mass burn through their fuel faster and have shorter lifespans), the fusion process eventually weakens, allowing gravity to take over. This causes the core of the star to become incredibly dense, so dense that even light cannot escape its powerful gravitational pull.

In the traditional view of a black hole, the core matter gets compressed into a singularity – a tiny, one-dimensional point in space-time with an infinite density. However, according to black hole cosmology, strange forces within a black hole stop it from collapsing infinitely and instead, they work to generate a fresh universe, enclosed within a larger existing universe.

It seems that mathematical calculations indicate an intriguing possibility: When a black hole reaches immense densities at its core, the quantum-mechanical rotation (often referred to as spin) of fundamental particles produces a force known as torsion. This force counteracts gravity, leading to a kind of recoil. From this perspective, the black hole might appear to undergo a reversal reminiscent of the Big Bang.

Regardless of its pulsation and growth, nothing can escape past the event horizon; instead, it continues to expand into a fresh area of spacetime. If this is accurate, every black hole would essentially function as a wormhole or Einstein-Rosen bridge, providing access to another universe on the opposite side of the event horizon.

Is our universe inside the event horizon of a black hole?

From a gamer’s perspective, if we’re to believe our universe is nestled within a black hole, it implies we’d be blind to what lies beyond our personal event horizon. It’s an intriguing concept to imagine sending something through a black hole into another universe, but it would never return to tell the tale. If black holes do indeed spawn new realms of spacetime, they remain isolated from one another, yet they might leave traces that we could potentially perceive if we were looking from inside.

Ever since its commencement, the James Webb Space Telescope (JWST) has been gathering data on distant galaxies as part of the JWST Advanced Deep Extragalactic Survey (JADES) project. Remarkably, most of the galaxies it has examined thus far seem to be spinning in a single direction, which could potentially be linked to a black hole origin for our universe.

In simple terms, researchers have been able to discern the rotation pattern of 263 galaxies distinctly enough to identify their spinning directions. Interestingly, for each galaxy that spins counterclockwise (like our Milky Way), they found approximately two galaxies spinning clockwise. If the rotation were purely random, we would anticipate a roughly equal split between the two directions. However, this cosmic dance seems to favor one direction for galactic rotation, suggesting a preferred spin direction in the universe.

According to Lior Shamir, the study’s author, the origin of this phenomenon remains unclear, but there are two main hypotheses. One possibility is that the universe started spinning from its birth. This theory aligns with concepts like black hole cosmology, which propose that our entire universe is the inside of a black hole. However, if the universe did start spinning at its inception, it suggests that current cosmic theories are incomplete.

There’s another possibility that the apparent spin imbalance we see could be due to data bias resulting from observational artifacts. Since our planet, Earth, revolves around the center of our galaxy, this rotation might cause galaxies spinning in the opposite direction to appear brighter and occur more frequently in our collected data.

If his statement is accurate, we’ll likely have to adjust our measurements of distances in the far-off cosmos. This recalibration could potentially answer several lingering questions in cosmology, including discrepancies in the expansion rates of the universe and the ages of large galaxies that, based on current distance measurements, appear older than the universe itself.

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2025-03-20 23:47