"Co-author Richard Pinčák explained the information paradox by comparing it to throwing a book into a fire. He stated, 'The book is destroyed, but in principle you could reconstruct every word from the smoke, ash, and heat - the information is scrambled, not lost.' This analogy illustrates the conflict between the destruction of information in black holes and the fundamental laws of quantum physics."
"The researchers argue that the solution to the information paradox hinges on the existence of seven dimensions. They believe that this additional dimensionality allows for a new understanding of how information is preserved, even as black holes evaporate, thus resolving a long-standing issue in theoretical physics."
Scientists propose that the universe contains seven dimensions, including three additional 'folded' layers beyond the four we experience. This theory could resolve the information paradox associated with black holes, which traditionally were thought to evaporate completely, violating quantum physics' principle that information cannot be destroyed. Researchers suggest that understanding spacetime's structure in this way reconciles the clash between classical and quantum physics, offering a new perspective on black hole behavior and information retention.
Read at Mail Online
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