|
|
Frequency generator with ESP32 from my previous project |
x 1 | |
|
|
Modulator with amplifier board |
x 1 | |
|
|
Plasma Tube filled with Argon or Neon gas |
x 1 | |
|
|
12V 5A Power Supply |
x 1 |
|
arduino IDEArduino
|
|
|
Soldering Iron Kit |
DIY Advanced Plasma Rife Machine
Royal Raymond Rife was a scientist, inventor and medical researcher (1888-1971). He is known for his microscopes, which he claimed could observe live microorganisms but also by an electronic device constructed by him called the Rife Machine, which according to his claims, is capable of curing very serious and incurable diseases.
In order not to repeat myself, if you are interested in the method of operation, making, technical characteristics, the way it is claimed to heal and many other information regarding the Rife machine, I recommend you to watch my previous video related to this topic.
https://youtu.be/O0TJF3Wbdkg
There you can also read my personal opinion regarding the technical functionality, but also the claims in medical terms, at least as far as I can conclude.
Also, I described a very simple way how to make such a machine yourself if you have basic knowledge in the field of electronics. Despite its simplicity, the disadvantage of this machine was the fact that the frequency of the carrier signal was in the range from 50 to 180 kilohertz. Although many Rife machines are sold on the commercial market not exceed 100 kilohertz, the original machine made by Rife has a carrier of around 3 MHz.

This time I will present you a way to make an Advanced Rife Machine where the carrier frequency can be changed continuously in the range of a few Kilohertz up to 100 Megahertz, which far exceeds the range of the original machine. In addition, the precision and stability of the carrier frequency is incomparably higher, thanks to the use of modern Microcontrollers. The carrier frequency is displayed on a color TFT display on a beautiful retro style.
Also for the source of Rife frequencies I will present you a wonderful software that is very flexible, simple to set up, and graphically excellent.

If you want to make a PCB for this project, or for any other electronic project, PCBway is a great choice for you. PCBway is one of the most experienced PCB manufacturing company in China in field of PCB prototype and fabrication. They have a large online community where you can find a Open Source projects, and you can also share your project there. From my personal experience I can tell you that on this community you can find many useful projects
In general, the device consists of several components:

If you want to make a PCB for this project, or for any other electronic project, PCBway is a great choice for you. PCBway is one of the most experienced PCB manufacturing company in China in field of PCB prototype and fabrication. They have a large online community where you can find a Open Source projects, and you can also share your project there. From my personal experience I can tell you that on this community you can find many useful projects
In general, the device consists of several components:

- A modulator that modulates the RF carrier frequency with low-frequency Rife signals.
- An amplifier of this modulated signal which, together with the high-voltage transformer, drives the plasma tube.
- A plasma tube to output the power in the form of radio waves to penetrate the body and deliver the frequencies.

Now before we see how the device works in reality, let's first briefly explain "Frex16" PC software.
The application contains a large database with ready-made Rife frequency sequences for various diseases. We can search for the disease according to the initial letter or through the search tab. Very useful function is that we can assign our own frequency sequence, which is not contained in the given database. We can choose different shapes of the signal: sine wawe, square wave, triangle wave,saw tooth positive, and saw tooth negative . It have also white niose generator. In practice, rectangular and saw tooth negative are mostly used.

Now first we turn on the generator and tune the carrier frequency.
Then we turn on the Rife machine. The left potentiometer regulates the degree of modulation (that is power), and the right amplitude of carrier. By starting the Frex software, the device starts to radiate. In the software, we can choose the shape of the Riffe signal, which is mostly rectangular, and we can also experiment with other shapes and options.Each frequency defined previously is emitted for a precisely defined period of time, after which the field with the current frequency turns red.

We can monitor the functionality of the device in a simple way with a portable radio by matching the frequency of the radio to that of the carrier. In this case it is 3.1 MHz. The Rife frequency generated by the Laptop should be heard on the radio.
Next, we will perform a spectral analysis of the emitted signal using a software-defined radio with accompanying software, so that this time we will be able to visually observe the output signal in the frequency domain.

We can receive the signal through this small antenna, which means that the same signal also passes through our body. Let's look at the carrier signal first. Currently it has a frequency of 1 MHz and we can continuously change it. Its amplitude is regulated with the potentiometer. In the original Rife machine, this frequency ranges from 1 to 4 MHz. We can experiment with carrier frequencies from 0.1 to 100 MHz. Now when we add the Riffe signal, the carrier is modulated and this is seen by changing the shape. If at the input, instead of a Rife signal, we bring a music or speech signal, it modulates the carrier and the signal has a shape identical to that of a broadcast radio station.

And finally, a short conclusion:
The device that was presented earlier is in every respect superior to the original Plasma Rife machine, mainly thanks to today's level of development of Electronics. Besides, it can be made by an average electronics guy, such as myself. Can you just imagine what the companies involved in the production of electronic devices for the needs of medicine are capable of producing. If this device really worked according to Rife's claims, or at least close to it, by now modern medicine would surely have used this method of treatment very often.
I am currently testing a very simple and inexpensive way to make a Plasma Rife machine that can be built mostly from parts that can be found in any electronics shop and would not cost more than $20. I will post the tutorial with complete schematic diagrams, and how to make it in one of my next videos.

DIY Advanced Plasma Rife Machine
- Comments(1)
- Likes(3)
-
dayal .t
Jul 08,2024
-
Sebastian Mackowiak
Mar 21,2023
-
BACHARD
Mar 14,2023
- 0 USER VOTES
- YOUR VOTE 0.00 0.00
- 1
- 2
- 3
- 4
- 5
- 6
- 7
- 8
- 9
- 10
- 1
- 2
- 3
- 4
- 5
- 6
- 7
- 8
- 9
- 10
- 1
- 2
- 3
- 4
- 5
- 6
- 7
- 8
- 9
- 10
- 1
- 2
- 3
- 4
- 5
- 6
- 7
- 8
- 9
- 10
More by Mirko Pavleski
-
Arduino 3D Printed self Balancing Cube
Self-balancing devices are electronic devices that use sensors and motors to keep themselves balanc...
-
Build simple Retro Style VFO (Variable frequency oscillator) with Crowoanel 1.28 inch Round Display
Today I received a shipment with a Small round LCD display from Elecrow. The device is packed in tw...
-
Human vs Robot – Rock Paper Scissors with MyCobot 280 M5Stack
Today I received a package containing the few Elephant Robotics products. The shipment is well pack...
-
How to Build a Simple Audio Spectrum Analyzer with Adjustable Settings
An audio spectrum analyzer is an electronic device or software tool that measures and visually disp...
-
How to Make a Digital Clock on a Vintage B&W TV using Arduino
These days I accidentally came across this small retro Black and White TV with a built-in Radio, so ...
-
Build a $10 Function Generator with Frequency Meter for Your Lab
A function generator is a piece of electronic test equipment used to generate various types of elec...
-
From Unboxing to Coding - Radar Clock on Elecrow’s 2.1 HMI Display
Today I received a shipment with a large round LCD display from Elecrow. The device is packed in two...
-
Making a Retro Analog NTP Clock with Unihiker K10 - Arduino IDE Tutorial
Some time ago I presented you a way to use standard Arduino libraries on the Unihiker k10 developme...
-
Build a Cheap & Easy HF Preselector - Antenna Tuner
HF antenna preselector is an electronic device connected between an HF radio antenna, and a radio r...
-
DIY Static Charge Monitor - Electrostatic Field Detector (Arduino & TL071)
A Static Charge Monitor also known as a Static Field Meter or Electrostatic Voltmeter is a device u...
-
XHDATA D-219 Radio Short Review with complete disassembly
Some time ago I received an offer from XHDATA to be one of the first test users of their new radio m...
-
How to make Simplest ever Oscilloscope Clock
An oscilloscope clock is a unique and creative way to display the time using an oscilloscope, which...
-
DIY Digital Barograph with BME280 and ESP32 - 24 Hour Pressure Trends
A barograph is a self-recording barometer that continuously measures and records atmospheric pressu...
-
Build a Raspberry Pi Pico SDR Radio with Waterfall Display
Software-defined radio (SDR) is a radio communication system where components that have traditional...
-
DIY Magnet Polarity Detector - How to Identify Poles with a Hall Sensor from a PC Fan
Recently, while working on a project, I needed to determine the polarity of several permanent magne...
-
Light Meter Project - Making Dfrobot Unihiker K10 Work with Standard Arduino Libraries
The other day I received a shipment with a UNIHIKER K10 development board from DFRobot, which I rec...
-
DIY Simple Arduino Whack-a-Mole Game
A "Whack-a-Mole" game is a classic arcade-style game where moles pop up randomly from holes, and th...
-
Wireless Power Transmission, Long-Distance and High-Efficiency with Class-E Tesla Coil
Wireless energy transfer also known as wireless power transmission is a method of getting useful el...
-
-
AEL-2011 Power Supply Module
341 0 1 -
AEL-2011 50W Power Amplifier
316 0 1 -
-
-
Custom Mechanical Keyboard
575 0 0 -
Tester for Touch Screen Digitizer without using microcontroller
240 2 2 -
Audio reactive glow LED wristband/bracelet with NFC / RFID-Tags
241 0 1 -
-
-







