n3rf (imported) wrote: Wed Nov 29, 2006 12:21 pm
Can Electricity be used to disengage (castrate) a human to gain the calm etc ??
N3RF
There are some interesting replies but the information is incomplete, and so incorrect. Using house current would cause electrical burns or at minimum bad electrocution and potentially be fatal.
However, the intended result can be achieved safely with a TENS unit. You'll need to get wire-penetrating leads intended for a multimeter, sharp and about 3/4" to 1" long conductors which are under 1mm thick. You may need to do some trimming or shaping to fit them to the TENS leads, but it's not much trouble. You use these instead of the pads, which would only apply current to the sack. Normal sterilization of the wire-piercing tips and the sack of course. Most TENS units have two channels - two sets of pos/neg leads that can be run at once, if you're in a hurry or just want that dual-ball excitement.
Bind up the testicle you'll be working on, then puncture the bottom "pole" of your testicle with the black lead in a nice straight line towards the top pole. Then puncture the top pole of the testicle with the red lead in a straight line towards the bottom. Push each in pointed towards each other, the WHOLE way as far as they'll go, even a tiny bit indenting so they don't want to back out. There shouldn't be any significant pain. If you've never driven any needle into your ball, you feel pressure, then a sudden give. Balls have almost no nerves inside, it's all pressure nerves on the outside, which is why getting squeezed or kicked hurts so much.
So, you may turn on the "volume" of the TENS unit slightly to set the controls, but check how yours works. Set the pulse width as low as possible (30us or 50us isn't bad) - this controls how 'deep' it goes. Since you're trying to keep the battery power inside of your ball and not making your cord ache too much, keep it short. Frequency and waveform control how it feels. If you're trying to deactivate a nut, higher frequency is better!
So from there, set the timer. You may want to go with a 15, 20, 30min session. Slowly, slowly, slowly...turn up the 'volume' getting used to it as you go. It will be a tickle at first, then more of a small crackle, which is exciting, then as you get higher it gets sortof uncomfortable. Not some terrible pain, but it's doing a job. Since the current is powered by a 9v battery and essentially confined to the testicle - penile nerves, etc. shouldn't be involved at all, but you are your best judge. If your TENS is particularly powerful and you find it shooting uncomfortably up the cord, keep trying at a lower setting, or if you can't find one that seems to do what you want, just try using it at a low setting for toying.
In any case, an inexpensive unit should be capable of destroying sperm production in the testicle in about 15 minutes or so. Remember at this voltage and amperage, it's efficiently killing off cells with DC current, but it's not actually cooking it by heating. By 20 minutes, testosterone production should be getting knocked down, but it's much more resilient. At 30 minutes, electrical castration of the testicle may be complete for some. If you have big balls or are just particularly virile, it may take multiple sessions. You can always do less time and get a lab test if you want to try shooting for "reduced" but not eliminated ability. If you're doing both, you can wait two days in between to determine the effect on testosterone by "feel" even if it isn't down below 50ng/dL. Without any resupply, T drops to castrate range within 12 hours.
Once you've finished destroying production in the testes, you'll feel all the usual - hot flashes, cold sweats, weakness, trouble thinking clearly, depression, sometimes sleep problems, and eventually loss of erection ability and interest, if you don't replace T by shots, patches, gel, etc. - according to what your plans are.
But the key here is, electrical castration (or damaging or deactivating an individual ball) can be done with a TENS unit, at safe voltages. The key is using puncturing probes at the poles to electrify the inside materials, rather than attempting it at the skin surface, which will not work.