The black hole information paradox is a contradiction between quantum mechanics and general relativity. Information in the form of matter and energy , which enters the black hole can never escape due to the extreme gravitational curvature of space-time, while at the same time the black hole slowly evaporates through the Hawking radiation due to virtual pairs generated at the surface of the event horizon. This collision of the uncertainty principle of quantum mechanics with the extreme gravitation predicted by general relativity can generate new ideas regarding the behavior of space-time. This paper suggests that information can escape from the black hole gravitational grip, in the form of gravitational waves, as they ripple the fabric of space time.A black hole is an extreme case in which the curvature of space time transforms the information concealed in matter and energy into a sequence of ripples in the fabric of space time. The black hole is also a unique case in which the extreme curvature transforms virtual particles in the vacuum to radiation (Hawking radiation) as it slowly evaporates . These ripples in space time can influence the Hawking radiation in a way that it will radiate, together with the gravitational waves, the concealed information from the black hole singularity back to outer space.