Alternative to Drugs as Treatments - Electrical Energy Pulses - Tír Na Saor _ Land of the Free

5/16/2015 AlternativetoDrugsasTreatmentsElectricalEnergyPulsesTrnaSaor~LandoftheFree

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Alternative to Drugs as Treatments Electrical Energy PulsesPosted bySpiralityon July 17, 2013 at 6:00 View Blog

I know there are other alternative therapies such as Right Living, Nutrition, Herbalism, Acupunctureand so on, but I want to mentionFrequency Therapyusing small pulses of Light and Electricity.According to Dr Royal Rife, all disease causing organisms have a Mortal Oscillatory Rate, orFrequency of death.When the Body (bacteria, virus, parasite, etc.) is exposed to the same frequency, it devitalizes theorganism, which then dies.Rife had a lot of success completely curing various Cancers with this technology.("Rife" search on Tir Na Saor).AstoundingVideo(30 mins) of Protozoan micro organisms being destroyed by a Pulsating UltraViolet Plasma Wave, at up to 50,000 times Optical Magnification using dark field illumination.(More Information)The rest of the video is how to assemble a Rife Beam device from modifying available equipment,such as a CB Radio, an Amplifier, a frequency source, cables, bulb, etc.

Blepharisma Protozoa, a complex organism disintegrating under UV Plasma Wave at a certainFrequency

It is best to use anArc Lamp, but they are expensive. Some very good UV bulbs can be ordered byyour local lighting/electrical shop.A Spark Gap is also capable of producing the right conditions for pulsed UV emissions, but withoutthe glass around it, is not as good.

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The following technical build notes aboutBuilding Your Own Lampsare inno particular order, as this page is still a work in progress..A Home Made Frequency LampIf you are interested in experimenting with an Ultra Violet light, it might be an option to get aUVbanknotechecking black light(around 6) with a battery compartment, black bulb and onswitch.You can then modify it by adding a small Transistor Switch (circuit described below), SignalGenerator (or SoftwareTone Generator), and a wire from the SG [or your MP3 Player] to the switchwill flash the light every time the signal pulse is "on". Different Frequencies for Physical Conditionsare listed in the PDF below, linked in the image of a squarewave on an Oscilloscope.If your playing Tones (mp3 files) of different frequencies from an MP3 player as your SG, then the



voltage from the wire might have to be amplified. See the very last image on this page for anexperimental magnetassisted transformer diagram. Also be aware that the Audio range is between20 Hz and 20,000 Hertz (20 KHz)

A handheld "black light"

Picture of a common TO92CTransistor. See image below for different types and pins.A Transistor is basically an electric switch between the C and the E, like a lightswitch. If 5 Volts isput into the B, it closes the switch for that moment, connecting C and E, making the light go on.



Transistor Pins / Leads / Legs / contactsThis switch contact [diagram below] is made from two metal discs, or one metal disc and somesoldering directly to the internal battery wire. I will include some pictures to explain this moreclearly.Solder two wires from C and E to two small metal disks (such as cut from thin copper plant tags). Thecircles of metal should be smaller than the battery contact (on the flat end), and both of them glued toboth sides of a circle of thin plastic, the same size as the battery thickness. Cut a circle of plastic froman empty yogurt tub.One or two strips of pvc tape will do if you don't have any yogurts. Fix one metal contact in themiddle of the tape, and stick the tape over the battery end, leave the wire sticking out. Put on anotherbit of tape for better insulation, but don't make it too thick or the batteries will not fit back into thelamp. Glue the other metal contact onto the tape, where the end of the battery is covered.That's half of your switch made. The part of C and E..Alternatively ....If there is not enough room inside the battery compartment for wires, then refer to the writing ondesign2, (an image is still on the drawing board, but it is described below). Where the Transistor anda small audio socket is installed into the Lamp itself.In this type of modification, the C/E part of the switch described above is not needed, but themodification will need more care and some planning.When you open the Lamp casing, check for enough room to physically place the Transistor. See howlong wires you will use from the Transistor C and E to the battery wire. Cut the existing wire to/fromthe battery, and attach the ends to the new wires to C and E. Make sure your circuit is working beforeyou solder it together..You will also need to figure out where to drill a hole for the MiniJack Socket (B and C, the other halfof the Transistor Switch), if you are using one. Cut small pieces of wire to go between the B/C(transistor) and the contacts of the socket. Note which transistor pin is connected to which socketterminal, and reflect that when making the MiniJack Plug. Otherwise connect the B to the Socket'sTip center pole (positive), and connect C to the (negative) broad cylindrical contact around theoutside, sometimes called the Screen or Sleeve. These contacts will matchup when the plug goes intothe socket.In thispicture of a mini Jack plug, positive is marked green and negative is marked orange, you can



ignore red, we will only use two contacts.

An image of stereo Jack plug/socket connections.

You may think of a better method.Apologies if the Circuit Diagram below is not right. If People spot mistakes they can leave a commentand I will correct it. Some research and experimentation should make your new frequency lampwork. Set your SG to 4 or something, so you'll see it flash when its working. [a Tone of 64Hz shouldsuffice as a "test" mp3 file]I will make more images as I can, to try and simplify this idea into something practical.



Diagramshows a Signal Generator attached to a transistor, then to a UV lamp such as the one above.The drawing also shows an assembly idea for a circuitpart, made from thin metal and plastic, andwhere it goes in relation to the battery.

How to Make the thin battery Switch(this is a second instruction, but i will leave it included fornow, as it has different information):Check that your wires will fit alongside the batteries inside the compartment first, if they don't fit youcan consider the second version described at the end of the segment.

For the Twocontacts switch version, I suggest two 1cm diametermetaldiscs cut from a pie dish ortin can, separated by a thin piece ofplasticor paper, such as a yogurt carton or some stationerycovers. The plastic acts as an Insulator, to prevent the two contacts from touching. If you cut a plasticcircle with two tabs or "wings" about an inch long each, they can be bent alongside, and taped aroundthe side of anAA battery, to hold the finished switch in place during use. Don't tape over the outsidecontact.It is better to Solder the metal discs onto some wires first, then glue them to either side of yourInsulator. Depending on the transistor type, the Collector wire will be connected to the flat end of abattery minus [], and the Emitter wire contact will connect to the battery compartment spring, thepositive [+] end. A firstaid stickyplaster might work, the wings can be stuck on the sides of the firstbattery, holding the switch in place.The whole switch should fit into the battery compartment at the end with the spring, make yourwires long enough to reach your signalling device. Its better to use single strand wire, such as magnetwire.

Also in the Circuit is aTransistorlinking the battery switch and the SG.You will be connecting the negative [minus contact] of your Signal Generator to the Collector Pin ofthe Transistor (blue wirein drawing). The Collector Pin also is connected to the battery negative[minus], the flat end.



Find the transistor Base Pin (sometimes called the Gate), and bend that out of the way, suitable towhere you will be placing the transistor component during operation. Wire and/or solder the othertwo Pins to the wires and metal discs you have just cut out. If you are going to arrange your transistorinside the battery compartment, put some insulation over the exposed metal pins to prevent a shortcircuit next to the battery.Connect the Transistor Base to your Signal Generator + (positive), switch the light on, select yourfrequency and off you go.If there is a plastic safety screen over the bulb, you can take it off during use, but replace it afterwardsto protect the bulb.

MiniJack Version (audio socket). [image of version 2 coming soon]Another option is to fit your Transistor inside the lamp case itself, and have access by a 3.5mmaudiosocket. TheMonoaudio connectors are okay, we will only use two contacts. The center polecontact is the positive usually, and the base contact is negative.Unscrew the screws and gain access to inside the Lamp. Find the space you are going to use for yourTransistor and your audio socket. Try to keep the signal wires short, and the same lengths whereappropriate. Experiment with the Circuit to find the combination of polarities and arrangements thatwork for you, before you commit to cutting wires, drilling holes, soldering components, and gluingparts together. Test the connected lamp for any components overheating or burning out, before theyare finally enclosed inside the finished Lamp. I would run the Lamp at 30KHz (Clarke) (15KHz is aharmonic and within audio range) for a good 10 or 20 minutes, then check the temperature of theTransistor with your finger, if its still normal then put the Lamp back together, 'cos your finished.Work carefully, and remove the bulb before you start. When soldering, heat the pins/wires you aresoldering together, aswel as the solder. Don't breathe in the smoke. Use something heatproof underyour work if you are going to melt the plastic case.

When its done, a common 3.5mm audioplugcan be attached to your Signal Generator, so youcan just plug that straight in, and tape it onto the side or something. If modifying the SignalGenerator lead is not an option, simply solder a 3/5mm audio plug onto a short pair of wiresand connect to them.Alternatively, If you don't have a Signal Generator you can plug your MP3 player into theLamp, and trigger the pulses with prerecorded "tones" (Free Program). Make sure your MP3player delivers enough Voltage to activate the transistor switch. An Amplifier can be used butdon't overload the transistor.A small Ampcoil can be made incorporating a permanent magnet, to increase the voltagewithout an Amp, such as the very last image in this blog.

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.HandheldUV Light device(original)Connect the Signal Generator to the LEDs and match the Frequency of the condition you are treating.A number of UltraViolet LEDs arranged in a group, this image shows one row of 7 lights, but youcan have as many rows as you like. The idea is that you will be soaking a small area with flashinglight.This type of device can be placed over a Blood Vessel to kill bacteria in the blood. Limit use to 20minutes max per day, and drink enough water to help your body eliminate the toxins.



.Materials Needed (Basic homemade skincontact device):

Signal Generator available online for around 30 (You probably know someone who can buildyou a small555 SG Circuitto make the [square wave] signals)Two short lengths of common Copper Pipe around 5 inches long each, enough to make twohandles.Two pieces of wire the same length, about 2 meters each. Insulated solid core is best, and not sothick that it holds its shape much.

Connecting a Contact Device (needs verification):A simple freeTone GeneratorApp or Program is available, so you can use yourComputer/Tablet as the SG if the desired frequency is in the audio range (2020,000Hz).In that case, connect the [copper pipe & wire assembly] to a 3.5mm audio plug it will fit yourcomputer.If your using USB connectors, test which contacts/pins are which before you solder. Check witha Multimeter to see what is the best wiring for the type of SG program you have. An LED bulbwill pulse when you have the right contacts (LEDs are polarity sensitive)). The plugs and otherelectronic supplies are available in Maplins.If you are using an amplifier, start REALLY low and go upwards slowly, anything over around22 volts, and you could get seriously hurt.Connect your new frequency Device to your computer's headphone socket, and activate theTone Generator (square wave) tones you want.

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.[linked] Picture of a reasonably priced"zapper" hand devicethat the zapper guy has produced. It isonly capable of30 kHz, the frequency recommended byDr. H. Clarkas being a good general wellbeing frequency.You can set yours to 30 kHz for the same effects if you like.

There is also avery small Zapperavailable without the handles, $16 for 15Hz, $10 for 30kHz, without



postage...Assembly:

Connect each piece of wire to each piece of Pipe using aCrocclip, Jubilee Clip or Solder. (Get someone to holdthe copper pipe with a pliers if you are soldering, theend of the pipe will have to be heated (to 181c) alongwith the wire and solder, I recommend a small gas jettorch)Connect the other ends of the wires [via a suitable linkage] to the output of the SignalGenerator.If you are using Sound equipment as your SG, it will be handy to attach a mono minijack plugto the wires from the SG, so it can be unplugged when not in useCrocclips may also be used to connect your SG to whatever device you are using (bulb array,electrodes, antennas, etc).

.Use:

Wet and wring two pieces of kitchen towel and wrap them around the Copper pipesHold the pipes/handles in your handsSelect the Frequency from the Rife list (for example Rheumatoid Arthritis 932.41 KHz (932410Hz)), or increase the Frequency until it feels "interesting" try not to get any water on theelectronicsExperience the electrical effect for a few minutesDon't go over 20 minutes per session, twice per day, as your body will need time to get rid ofany waste material. Drink enough Water.

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Here is aRife Frequency Listofknown frequencies,seepage 59.All frequencies are in KiloHertz (1kHz = 1000Hz)..Also, some other interesting links and stuff inthisthreadabout Doctor Rife's Microscope and UV beam Device...Useful Technical Information:

DC Voltage is safe in the Milliamps range. If you use a small 9V square battery, you will getabout 1 Amp. Don't use bigger batteries before talking with a competent technician, your 555circuit can get damaged.About 5 or 8 Volts max output from your SG, for a direct electrical connection to skin, is enoughto kill the microbes.

The human body is extremely sensitive to different types of energy, including radio and infrared. Our DNA act as networks of antennas constantly transmitting and receiving.If you want higher Voltages from a USB Signal Generator, use an amplifier circuit



You might only want higher voltages if youare building a low frequency Magnetic handDevice, powering a household Lamp, audiospeakers or for building aspecial BeamDeviceor aLakhovsky Multiwave Oscillator,etc.It is possible to build extremely high voltagedevices for experimenting with Field energybut you will need to get some competentguidance about those.Signals can also be carried by ultrahighfrequency transmission waves, such as thosefrom a CB radio.Signals can be amplified and broadcastthrough the air around us.

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.Very informative (skynet)documentaboutSignals and the Human body, aswel as somephotos of signal antennae that resemble Torcs.

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.Special Jewelry can also be designed as Antenna for the electric fields, and worn to focus the Energy.In one version of theLakhovsky Device, the antenna components are similar in shape to thisAncientCeltic TorcElectrical receivers are usually made to exact specificationsSee also how toViking Knitusing magnet wire.


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.If you are connecting the Electrical pulses directly toyour skin with contacts, stickonelectrodesor metalhandles, use only 5 Volts (same as USB).If you are using an Infrared, Ultraviolet or ordinaryBulb inLightTherapy, match the Bulb Voltage with thesignal input. LEDs should be around 5 Volts, or 3 Voltsfor the small ones.If you are usingSoundTherapy, connect the SG SignalOutput (audio plug) to the input socket on your player.Start when the volume is turned down. The Audiorange of frequencies are between 20 and 20,000 Hz.If you are using OscillatingMagnetics, you will find afew different types onthis page, which also discussessignals and power systems. You may find the lowerfrequencies work better when using Magnetics becauseof the speed that Iron domains can align, for slightlymore range, try suspending iron filings in a fluid.Mercury always struck me as a suitable fluid but is difficult to work with at home. (lowerfrequency example 0.19, 1.00, 2.80 or 17.50 kHz for Rheumatoid Arthritis).A High Voltage OscillatingFieldDevice can also be constructed, you will need a lot of helpfrom a competent Electrical Technician.

Other possibilities may exist in connection to other fringe Energies, such as a pulsed plasma ball, aheat hand device,Scalar beamsor other ideas and undiscovered types of Energy.

Further Energy explorationhttp://www.freeenergyinfo.tuks.nl/

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Alternative to Drugs as Treatments - Electrical Energy Pulses - Tír Na Saor _ Land of the Free

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