Canyon runner, I see you're part of the brand. Maybe you can explain it to all of us? I'm very busy with exams and live in quite another time zone.
And please show us the research papers of the technology
I see I hadn't quoted Stephan completely in my post, so here it comes again:
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“What’s happening is the bubble in each ear is vibrating as that sound is being delivered through the armatures, as well delivering sound right to your ear drum through a typical manner like a normal ear bud. The sound is being conducted across your head, through the pockets behind your face (eye sockets and nasal cavities), to the cochleas on both sides. In somebody that has hearing in both ears, it creates unmatched spatial effects and imaging, because of the dual delivery.
When somebody has hearing in one ear, the one working cochlea picks up the sound from both sides, while having vibration through the bubbles in both ears. Your brain differentiates between the one cochlea receiving sound and your ears having this vibration in both sides. That’s why Stephen said “feels like you’re hearing” because your brain blends the two signals of vibration and the one ear hearing, to deliver the effect of hearing in both ears.
Think of it as having somebody tap on a microphone, as well as blowing into it. You have that happening on both sides, if you naturally have hearing on both ears. But if you have no auditory nerve, you aren’t able to hear that microphone being blown in. Still being tapped upon, however. The brain completes the cross conduction and fills in the gap for that faulty microphone by connecting the dots with the tapping in that ear. Giving the person the effect of stereo listening.”