In Stockholm, scientists have done what centuries of restless nights could not: they have mapped the precise mechanics of snoring, tracing the sound to unsteady air buffeting the soft palate during sleep. Researchers at KTH Royal Institute of Technology built a three-dimensional computational model of the upper airway, revealing how the interplay of moving air, shifting tissue, and acoustic consequence produces one of humanity's most common nocturnal disturbances. The work matters not because snoring kills, but because it quietly erodes the sleep of millions — and the treatments meant to stop
Swedish researchers identify sound mechanism behind snoring in breakthrough study
Snoring disrupts sleep for both snorers and their partners, though not typically life-threatening unless associated with sleep apnea.