Solving the black hole information paradox
Unknown authors
Abstract
A lmost half a century has passed since physicists were first confronted by Stephen Hawking's discovery of the black hole information paradox.Quantum theory says information cannot be destroyed or disappear, but black holes breach the time symmetry of physics.When a black hole evaporates it's gone for good, destroying any information that's fallen into it and emitting thermodynamic equilibrium black-body Hawking radiation that depends only on its diminishing size.Dr Szymon Łukaszyk, an independent researcher in Poland, offers a solution to the black hole information paradox.Instead of suggesting novel physical theories, he pursues innovative connotations of existing physics, specifically the theory of relativity. BIG BANG THEORYJohn Archibald Wheeler's 'it from bit' argues that spacetime continuum doesn't exist.Without this fourdimensional space, Łukaszyk advocates that nature should therefore be researched using a vertex-labelled graph of nature (a network of interrelated points with labels) with specific properties relating to the second laws of thermo-and infodynamics.He describes how space and time did not exist before the primordial Big Bang singularity, when the first point emerged.This event generated a countably infinite number of other points and sparked the evolution of the graph of nature in various dimensionalities.These include real, negative, fractional, and imaginary dimensions, but four dimensions are distinct due to the Exotic ℝ 4 property that is absent from other dimensionalities.