In 1935, Einstein and physicist Nathan Rosen used the theory of general relativity to propose the existence of “bridges” through space-time. These bridges connect two different points in space-time, theoretically providing a shortcut to reduce travel time and distance.
To this day, this remains a theory. No one has proven this yet. If a supermassive black hole possesses a vast and strong gravitational field, then there’s a chance that when two galaxies with supermassive black holes at their centers come close and align, the wormhole that Einstein and Rosen mentioned could form.
This is the only way the Einstein-Rosen bridge might come into existence. But whether humans can travel through a wormhole is another topic. For now, we need to first determine the existence of these wormholes.
I think black holes are actually entrances to wormholes, with the purpose of these entry and exit points being intergalactic travel. But if a black hole is too far from another black hole, then the wormhole will not be created, the black hole will only spinning around.
Continuing on, if my theory is correct, when an object or particle crosses the event horizon at a speed greater than zero, it will be drawn into the singularity between the two black holes. Then, almost instantaneously, it will be ejected on the other side, moving at the same speed as just before entering the event horizon.
There’s nothing special that will occur like in the movie Interstellar. But once humans realize black holes are not harmful, space travel will become more frequent to find new inhabitable planets (scanners for habitable planets will also soon be developed). A new chapter for mankind will begin, unlocking endless possibilities.
Photo credit: OpenAI’s ChatGPT-4 and DALL-E 3
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