Though it’s been a recurring theme in science fiction for decades, a black hole itself has never been considered a feasible form of space travel because scientists have always believed that the mysterious tidal forces inside the event horizon would spaghettify and crush anything that dared to enter it.
But scientists now say new simulation models are suggesting that a rotating black hole, which contains a unique “mass inflation singularity,” may actually offer safe passage to another part of the galaxy – or a different galaxy altogether.
The team of physicists from UMass Dartmouth and Georgia Gwinnett College say their simulations show the singularity at the center of a large, rotating black hole could actually facilitate a “gentle” passage through rips in spacetime.
Physicist Gaurav Khanna, his colleague Lior Burko, and his student Caroline Mallary were inspired by the film Interstellar to test whether its central character named Cooper, played by Matthew McConaughey, could have theoretically survived a descent into the film’s fictional black hole, Gargantua. – READ MORE