How to explain the difference between a wormhole and a black hole?
There are many reasons to explain the difference between wormholes and blackholes so that we can see the clear distinction between these two.
We know that a black hole is a rip in the fabric of space-time due to its immense mass.
But wormholes can be a way between the two axes of the universe. But it is still possible.
We know that black holes have an immense gravitational pull. Even light cannot escape this gravitational force.
But wormholes are a possible double-ended route that would facilitate travel to the two ends of the universe.
We classify three types of black holes: supermassive black holes, intermediate-mass black holes and stellar mass black holes.
While looking at the possibilities of the existence of two wormhole types, the Lorentzian wormhole and the Euclidean wormhole.
To clarify the difference between the two, we see that inside a black hole, all objects end up at a point known as a singularity.
When an object travels through a tunnel such as a wormhole and is released from the other end at a different point in time and space.
This way, we can clarify the difference between a wormhole and a black hole.
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