Further to my last, I wonder if anyone near a larger spark gap has witnessed the sound seeming to be so much sharper than is possible to hear via the ear - this possibly being due to direct electromagnetic induction at auditory synapses within the brain; much like we hear being induced on movies made with digital cameras.
Occasionally I see videos of spark gap equipment with the sound near obliterated due to electromagnetic interference, and I cringe at knowing what those people may unwittingly be exposing themselves to !
If anyone ever 'hears' a spark when they have their fingers in their ears, then they would be wise to move away from where they are, or turn the equipment off. Unfortunately the auditory complex does not provide omnidirection sensitivity response adequate to provide an 'audible' warning of danger, especially in the forward direction we look, sensitivity being greatest about 30-45 degrees behind TDC of the head.
Scalar cannot be shielded either.
A tinfoil hat might deflect microwaves, but it cannot stop scalar. Nor will metal screens or concrete floors.
Occasionally I see videos of spark gap equipment with the sound near obliterated due to electromagnetic interference, and I cringe at knowing what those people may unwittingly be exposing themselves to !
If anyone ever 'hears' a spark when they have their fingers in their ears, then they would be wise to move away from where they are, or turn the equipment off. Unfortunately the auditory complex does not provide omnidirection sensitivity response adequate to provide an 'audible' warning of danger, especially in the forward direction we look, sensitivity being greatest about 30-45 degrees behind TDC of the head.
Scalar cannot be shielded either.
A tinfoil hat might deflect microwaves, but it cannot stop scalar. Nor will metal screens or concrete floors.
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