Quantum singularities (more commonly refered to as black holes) are in fact, infinitely dense raptures in the fabric of space. Q2+(J/M)2 ≤ M2 is a very common equation to define black holes in space. Some scientists believe that through black holes and the use of anti - gravity we can create wormholes, which could allow instantaenous access to anywhere in the universe.
In 1780 John Michell was the first person to propose the concept of an object whose escape velocity was greater than the speed of light. His model, however, was based on Newtonian physics while our current understanding of them is based on Einstein's general relativity. The modern relativity-based concept of a black hole was first introduced in 1916 by Karl Shwarzschild.
While the term "black hole" would not be popularized by John Wheeler until 1967, the concept of an astronomical body so massive that even light could not escape was first put forward by geologist John Michell in 1783, in a letter written to the Royal Society.
However most advancements for the black hole research were accomplished between 1958 and 1974.
The theory describing black holes is known as general relativity, developed by Albert Einstein. It explains how the massive gravitational force at the core of a black hole warps space and time to create a region from which not even light can escape.
1916, Albert Einstein came up with the theory about Black Hole.
According to current theory, a black hole, if it exists, begins its life full,and nothing that falls into it ever leaves it.
A black hole warps space-time due to its immense mass, which creates a gravitational field that curves space-time around it. This curvature is so strong that not even light can escape, leading to the formation of an event horizon beyond which nothing can return. The extreme bending of space-time near a black hole is what causes its unique properties and effects.
In a black hole, the center of gravity is concentrated at a point called the singularity, located at the very center. This is where all the mass of the black hole is condensed into a single point of infinite density.
In theory, yes, a black hole could suck up the sun.
A black hole? well scientist are not sure. Black holes is a theory, not proving to be true. But there could be.
The theory describing black holes is known as general relativity, developed by Albert Einstein. It explains how the massive gravitational force at the core of a black hole warps space and time to create a region from which not even light can escape.
people now know more about the black hole.
In Theory, yes
The possibility of black holes was known before Stephen Hawking. Stephen Hawking's contribution to the theory was mainly that a black hole would gradually evaporate, due to certain quantum effects that occur close to the black hole's event horizon.
There is a theory that tells that when you fall in a black hole, you are not destroyed but you are "teleported" to a white hole. The wormhole is a inter-dimensional tunnel that connects a black hole to a white hole.
1916, Albert Einstein came up with the theory about Black Hole.
stellar black holes, no none at allhawking black holes, no none at allsuper massive black holes at galactic centers, no none at alluniversal black holes, yes we are an example, if the entire universe is indeed inside an ultra massive black hole as would be suggested by the combination of big bang theory and black hole theory
The black hole is unique because it is the only force in the unniverse to rip space time and break through the theory of relativity
According to current theory, a black hole, if it exists, begins its life full,and nothing that falls into it ever leaves it.
The observation of an astronomical phenomenon which was subsequently called a 'black hole' is a fact; ergo, the black hole is a fact. The theoretical explanation of a black hole can be opinion, but it is normal based upon the theory of general relativity; which gains more favor with a consensus.