EXPERIMENTAL DEVICE FOR BLOOD LIQUEFACTION
Note: This information is intended solely for informational, educational, and research purposes and should not be considered as medical advice. Please consult with your licensed healthcare provider.
Principle of Operation of the ARC-1 Device
The operating principle of the ARC-1 device is based on the use of a complex signal that allows the DNA resonance system to extract the necessary frequencies and amplify its oscillation amplitude. The DNA resonance system has a complex structure, about which we still know very little. The idea behind this concept is that all information about a healthy organism is encoded in DNA, but no single cell is capable of interpreting this information independently. Various biochemical and bioelectrical processes play a crucial role in how cells perform their functions and form organs and tissues.
In order to restore disruptions in the body and heal tissues, it is essential for information to be transmitted from healthy cells to damaged ones. Let me explain this with a simple but very illustrative analogy. To tighten different-sized bolts and nuts, various wrenches can be used, but one can also use an adjustable wrench, where the distance between the jaws can be adjusted to the size of the bolt or nut. In this analogy, the ARC-1 device is the adjustable wrench, and DNA is the set of bolts and nuts.
Know-How
The appearance of the ARC-1 device in 2021 was an accidental discovery, like many innovations in this world. For a long time, I had been working on a device that could solve the issue of adjusting various electrical circuits and systems. And one day, completely by chance, I noticed something peculiar while cutting my finger: the blood seemed to be “thinner” in my opinion. The previous week, I had been feeling unusually well, working more than usual, eating less, but what stood out most was my heightened sense of smell, particularly noticing scents coming from the kitchen.
At that moment, I decided to conduct a series of experiments to prove to myself that I was mistaken, that this circuit couldn’t possibly influence the state of the blood and the human body as a whole. I was wrong! There was indeed an effect!
The first experiments yielded interesting results. It was hard to believe at first, so I decided to send the device and the findings of my research to someone who professionally studies this subject.
Here are the results I obtained.
In the first photo, from left to right, you can see a sample of my blood before using the ARC-1 device. As shown, the red blood cells have clumped together, a condition commonly referred to by doctors as “rouleaux formation” or thick blood syndrome. In the second photo, taken 10 minutes later, the situation is completely different. The red blood cells have separated, and now they are moving independently of each other.
A brief mention of “thick blood syndrome” is necessary. There is a vast amount of information on this topic, and I don’t want to overwhelm the article. However, I can say that it is a significant issue that leads to a whole list of diseases, such as strokes, heart attacks, or thromboembolism (clotting of blood vessels by a thrombus).
In addition, thick blood can cause high blood pressure, as the heart has to work harder to pump it through the vessels. Currently, this problem is addressed using blood-thinning medications, though not everyone is willing to take them for personal reasons.
For more information on the topic of thick blood, I have gathered materials in my Telegram group, where you can fully immerse yourself in my thoughts on the syndrome of “thick blood.” You will find the link to the Telegram channel under the video. The channel is called Bioresonance.
Polarization of the Cross-Section or Entire Biotube Channel of the Human Body
Consider the example of a magnetic field. When we hold an ordinary magnet in our hand, we don’t feel anything, but in reality, at the point of contact between the magnet and the body, eddy currents are generated when the magnet is in motion. When the magnet is stationary, it starts to influence the human biotubes, creating the Hall effect and polarization of the biotube cross-section.
However, the cross-sectional area of the human biotube channel is very small compared to the length of the channel—several orders of magnitude smaller. This makes the Hall electromotive force (EMF) very weak, which is why we don’t feel any effect. You might remember in the 90s, magnetic bracelets were sold, which we wore every day without noticing any sensation.
But longitudinal waves create longitudinal polarization, which is realized in the proprietary ARC-1 device. This device creates longitudinal polarization along the entire biotube channel of the human body.
What’s Next?
At this point, I have sent my results to two of my acquaintances who are professionals in the field of blood research. I hope to receive a detailed review from them, which I will be able to share online for public viewing.
Conclusion
Understanding that our body is an incredibly complex system in which millions of different processes occur simultaneously, I can hypothesize that our body acts as an oscillatory circuit, constantly receiving various impulses from the technogenic environment we live in: synthetic carpets, mobile phones, cell towers, high-voltage power lines, electrical emissions from the Earth, and much more.
When we walk down the street, we don’t notice this; we’ve become accustomed to it. Our body is constantly carrying a charge that affects all of our cells, including red blood cells. This results in a charging imbalance in our body, when there should be a neutral charge. What is a neutral charge? It is when you have an equal number of (+) and (-), or, in other words, a neutral state.
Instructions
The device’s dimensions are as follows:
Diameter: 80 mm
Height: 25 mm
Weight: 70 grams
To use the device, follow these simple steps:
- Connect the device to the USB port of your computer or charger using the USB cable.
- The device usually takes about 30 minutes to charge.
- During charging, the red LED will light up, indicating that the device is charging.
- When the battery is fully charged, the LED will turn blue, indicating that the device is fully charged and ready for use.
- To start the system, slide the switch to position “2”.
- Then, press the “3” button for exactly 1 second. The white indicator light should turn on.
- The device can operate for 5 hours before it completely discharges. If you need to continue using the device, reconnect it to the USB port for recharging.
- After using the device, turn it off and avoid leaving it discharged.
- If you have any questions about using the device, follow the link to the detailed video.
I hope this guide was helpful!