• Mechanistic/biophysical modeling of vestibular function emphasizes mechanical end-organ dynamics and canal-system behavior, treating canals as damped oscillators with central modulation [2], [14].

• Surgical interventions and clinical management across 1950s labyrinth disorders include fenestration, stapes mobilization, hydrops approaches, and diagnostic/decision tools illustrating a dominant clinical-technical paradigm [3], [5], [13], [4], [20], [10].

• Vestibular pathology and injury-driven variability: head injury–related labyrinth damage, venous/arterial obstructions, and vestibulogenic seizures highlight peripheral injury as a key driver of phenotypes and recovery [12], [7], [8], [15], [18].

• Genetic and animal-model insights into deafness and vestibular function reveal hereditary and environmental modulation via mouse genes and guinea pig studies, informing labyrinthine disorder mechanisms [17], [6].

• Cochlear physiology and electrophysiology foundations arise from microelectrode explorations and endolymphatic potentials, mapping auditory signals in experimental models [19], [16].