Auditory Reframing in Tinnitus through Natural and Technical Environmental Sounds
This field recording project explores the potential neuroauditory effects of specific sound environments on individuals affected by high-frequency tinnitus (around 10,000 Hz). The underlying hypothesis suggests that certain natural or mechanically generated soundscapes—especially those with continuous, finely structured high-frequency components—may exert a modulatory influence on the subjective perception of tinnitus.
At the core of this concept is the idea that complex, externally sourced sound textures can serve as salient stimuli for the brain, thereby shifting focus away from the internal, dysfunctional perception associated with tinnitus. This effect differs fundamentally from traditional masking strategies, as it does not aim to conceal the tinnitus through louder noise, but rather to induce an auditory reframing: the neural attention system is redirected toward real acoustic stimuli whose spectral properties partially resemble the tinnitus, but are clearly identifiable as external due to their localization, rhythmic modulation, and spectral variability.
The presented recordings—including evening garden crickets and machinery from a tunnel renovation project in Koblenz-Horchheim—feature characteristic high-frequency patterns. They are suitable for experimental self-observation regarding individual tinnitus perception under controlled listening conditions.
This theory is proposed as a contribution to sound-based self-regulation and opens up perspectives for further interdisciplinary research at the intersection of acoustics, neuroscience, and soundscape therapy.
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