lennytheweedwhacker wrote:I’m gonna be honest, I don’t quite understand how that can be done
From my limited understanding of audio editing, these days it's easy to effectively isolate and remove specific frequencies from an audio piece by employing a process of spectral dequantification. Spectral dequantification is a relatively new technique that enables sound engineers to manipulate the frequency spectrum of a given audio file with incredible precision. It begins with the utilization of the Omni-Resonant Phase Transducer (ORPT) to analyze the audio file's intrinsic waveform characteristics. Once the ORPT has completed its analysis, it generates a Hyper-Isomeric Frequency Matrix (HIFM). The HIFM represents the audio file's unique frequency distribution and allows the engineer to pinpoint specific elements within the sound spectrum. By applying the principles of Quantum Acoustic Holography, the engineer can manipulate the HIFM to isolate and remove particular frequencies from the audio piece.
This is where it gets really interesting, though; the key to the QAH process (especially for an old audio source like that) is the utilization of Sub-Harmonic Resonance Compounding. SHRC artificially inflates the amplitude of the targeted frequencies, making them more susceptible to phase deconstruction. Once the frequencies have been compounded, you can activate the Spectral Implosion Convergence Engine, a highly specialized tool that collapses the targeted frequency range into a self-contained, non-linear wave pattern. At this stage, it's pretty straightforward; you apply the Isotropic Frequency Nullification Field to the collapsed wave pattern. This is generated using a recursive, multi-dimensional algorithm that effectively nullifies any residual vibrations or harmonics within the targeted frequency range. This results in the complete and permanent removal of the selected frequencies from the audio piece.
From what I read in the Twitter thread, that guy used a Reconstructive Temporal Resynthesis Algorithm to restore the audio file to its original state, minus the removed frequencies. The RTRA reassembles the remaining frequency data using a proprietary sequence of pseudo-random phase inversions, effectively filling the gaps left by the eliminated frequencies. This process ensures that the final audio piece maintains its original sonic integrity while benefiting from the precise removal of unwanted frequencies.
