Elevate your mood and enhance your well-being with our Large 93.96 Hz Weighted Tuning Fork. The tuning fork comes with a striker, dust bag, and zippered carrying case.
Crafted with precision, the tuning fork produces a clear and sustained tone when activated. By striking the fork with the included striker, you unleash vibrations that resonate through the body, creating a harmonizing effect on the mind, body, and spirit.
The Schumann Resonance Tuning Fork 93.96 Hz vibrates at a 12 fold frequency of the Schumann 7.83 Hz resonance. The frequency known as "Schumann resonance" is 7.83 Hz. With the 93.96 Hz tuning forks you will hear the tone and overtones, and take advantage of the deep vibrations.
Healers, trainers and teachers use these for meditation, relaxation, biofield tuning, stress relief and balancing. Schumann resonances are global electromagnetic resonances, generated and excited by lightning discharges in the cavity formed by the Earth's surface and the ionosphere. The tuning forks work to resonate with that process.
Why a large tuning fork?
These custom-made large tuning forks produce stronger, longer-lasting sounds because they have greater mass than ordinary tuning forks.
A tuning fork emits sound when its tines vibrate. Larger tuning forks have heavier tines and more overall mass, which means they store more mechanical energy for the same amplitude of vibration. The larger mass also makes them less susceptible to rapid damping from internal friction and small structural losses, allowing vibrations to continue longer before dying out.
The strength or loudness of a tuning fork also depends on how efficiently it transfers energy to the air. A larger fork displaces more air with each vibration, producing a stronger audible sound. The bigger tines move more air per oscillation, which increases the acoustic power of the sound wave reaching our ears.
Greater mass → more stored vibrational energy → slower damping.
Larger surface area/air displacement → higher volume → sound seems stronger.
This is why physically larger tuning forks sound both louder and ring longer than smaller ones, even when struck with the same force.