Determination of the String Spectrum and Information Conservation via the Quantum Transmission Mechanism of White Holes

Abstract Description:This preprint proposes a novel theoretical framework to resolve Hawking's Black Hole Information Paradox by synthesizing concepts from Superstring Theory and Loop Quantum Gravity. The author postulates that a black hole operates as a phase separator, preserving the "essential form" (quantum information) of captured matter on the event horizon while destroying its macroscopic structure. Following a space-time quantum bounce, this information is transferred to a remnant White Hole, which acts as a cosmic transmitter broadcasting the data via entangled vibrational waves. Furthermore, the paper introduces a conceptual blueprint for the S.T.R.A.D.A. receiver (String-Tuned Resonance Antenna for Data Acquisition), demonstrating how a future technology could calculate the precise string frequency to reconstruct the original object under the selective influence of a Quantum Observer.