This paper presents an experimental hypothesis describing a non-invasive system of spatial neuroacoustic hearing rehabilitation based on broad-spectrum acoustic stimulation, spatial sound activators, auditory localization, and auditory-verbal interaction. The proposed model suggests that repeated exposure to acoustic frequencies ranging from 1 Hz to 22,000 Hz within a controlled low-noise acoustic environment may induce neuroplastic changes in the auditory system and improve auditory perception. The proposed system combines: broad-spectrum acoustic stimulation, spatially distributed sound activators, active sound localization, mild acoustic echo, auditory attention training, binaural auditory processing, and active speech interaction with an audiologist or session operator. The hypothesis proposes that simultaneous activation of auditory localization mechanisms, speech perception, and acoustic attention may enhance auditory neuroplasticity and auditory processing efficiency. According to preliminary observations, the reported effects may include: improved speech comprehension, improved perception of quiet sounds, improved perception of low frequencies, improved perception of high frequencies, enhanced auditory attention, and partially persistent improvement in global auditory perception during repeated exposure. The proposed method is: non-invasive, low-cost, experimental, and requires controlled scientific and clinical validation. This work does not claim medically proven hearing restoration and should be interpreted as a preliminary neuroacoustic hypothesis and experimental rehabilitation concept. Searching for : clinical research funders cooperators Contact me by e-mail or by Zenodo! bartosz.zawadzki947@gmail.com Keywords auditory neuromodulation auditory neuroplasticity spatial acoustic stimulation hearing rehabilitation binaural processing auditory localization neuroacoustic therapy auditory attention hearing perception spatial auditory training
Zawadzki Bartosz (Tue,) studied this question.