Blogs about Multiwave Oscillator

I have been working with the Multiwave Oscillator since 2019. In that time, one question has stayed with me, and it was about copper. Lakhovsky started out with antennas made of pure copper. Later he combined it with brass and stainless steel, and that is how we still build the antennas today. But the copper itself never let go of me. What happens when you extend the setup with a large copper surface, standing on its own, without being connected to anything?

The answer to that question became the CopperWave. Of everything we have made in recent years, this is the part I am most excited about myself. Why, I would rather show you than write it down.

That is why I would like to invite you to come and try the CopperWave for yourself: with us in Emmeloord, in the Netherlands, or in your own home during a demonstration of the Multiwave Oscillator. Below you can already read what it is and how it fits into your setup.

Why copper

Copper was Georges Lakhovsky's material. He worked with open copper

What is corona in a Multiwave Oscillator?

Some users of the Multiwave Oscillator (MWO) or Tesla coils report seeing a blue glow around the Lakhovsky antennas. This phenomenon is called corona discharge. It occurs when the voltage becomes so high that the air around the antennas ionizes. Although it looks impressive, it is often a sign of energy loss and not proof that the resonance field is stronger or working better.

Why corona is not a positive sign

Corona discharge can make an MWO appear spectacular, but technically speaking, it is actually a sign that the system is out of balance:

• Energy loss: voltage leaks into the air instead of contributing to the resonance field.

• Resonance disruption: ionization changes the capacity of the antenna and makes the field less stable.

• Uncontrolled field lines: instead of a harmonic distribution, random discharges occur.

• Material stress: antennas wear out faster due to ozone, heat, and oxidation.

Such a visible corona is therefore not a sign of a “better”

Meditech Europe's Multiwave Oscillator (MWO) is a powerful frequency product that works according to the classical principles of Nikola Tesla and Georges Lakhovsky. It converts 220 volts to high voltages of up to 120,000 volts using a Tesla coil and a mechanical spark bridge. These voltages generate a broad spectrum of frequencies that are transmitted through Lakhovsky antennas.The goal? To optimize the energetic environment based on natural frequency patterns. The MWO is intended for those who study energetics and cellular structures.

Temporary supply halt in 2021

In 2021, the MWO could not be delivered temporarily. The reason: regulations regarding frequency transmission. Meditech Europe therefore decided to recertify, and managed to make the MWO - in exactly the same design - available CE-certified again.

Fables about spectrum modification

Since then, incorrect stories have been circulating: that Meditech Europe would have modified or limited the MWO's frequency spectrum. These statements

It is an icy cold night in the vast wilderness of Yellowstone. The full moon casts a silver glow over the snowy landscape, while a lone wolf, known as Skar, moves silently. His golden eyes scan the horizon, searching for any sign of life. But he does not rely solely on his sight. No, deep in his core, he senses something most creatures will never experience: the language of vibrations.

An Invisible Sense

Wolves are known for their sharp sense of smell and excellent hearing, but few people know that these hunters are also sensitive to vibrations. As Skar prowls through the frozen wilderness, he presses his paws firmly into the ground. He feels the subtle rhythm of the earth beneath him, like a secret message only the initiated can understand. In the distance, a herd of deer moves slowly, their hooves sending faint vibrations through the ground. Skar perks up his ears, but he hears nothing. Yet he knows: beyond that hill, a chance for survival awaits.

His heartbeat quickens, and his breath

Eowyn, a majestic kingfisher with vibrant blue and orange feathers, sits silently on a branch above a rippling stream. Her sharp eyes are fixed on the water’s surface, but it is not just her vision that helps her in her quest for food. For Eowyn, everything is frequency – a symphony of signals and vibrations that shape her world.

Frequencies of Sound

Eowyn’s surroundings are alive with sounds. The gentle rustling of leaves, the melodic singing of other birds, and the constant murmur of the stream form a harmony that keeps her alert. For Eowyn, each sound is a unique frequency that tells her what is happening in her world. A slight change in pitch can signal an approaching danger, while a deep vibration informs her of a fish jumping in the water.

Eowyn perks up her ears and interprets every wave of sound. Even the smallest disturbance in the natural harmony can alert her and focus her attention on what truly matters: finding her next meal.

The Mystery of Light Frequencies

As the sun filters

At Meditech Europe, the specialist in innovative frequency technology, we understand how important it is to choose the right equipment for specific needs. As an authority on frequency treatment, in plants for example, we offer in-depth insights into how the Rife Phanotron, Rife Tube, and Lakhovsky Antennas work. These devices, which can be connected to the Multiwave Oscillator (MWO), represent advanced technologies with unique applications. Discover below how they generate frequencies and what their main differences are.

What Is a Rife Phanotron and How Does It Work?

The Rife Phanotron is a groundbreaking device that converts electrical signals into electromagnetic waves via a gas-filled tube. When connected to the Multiwave Oscillator, the Phanotron emits all frequencies simultaneously, allowing you to effectively reach a broad spectrum. This device is designed for versatility and precision.

Imagine this: you are standing under a dark sky, far away from city lights, and suddenly a dance of colors appears on the horizon. Green veils, interspersed with shades of pink, purple, and sometimes even red, gracefully move through the air. This magical phenomenon is known as the Northern Lights, or Aurora Borealis. It is a natural spectacle that has fascinated people for centuries, evoking a sense of awe for the forces of the universe.

The Northern Lights occur when charged particles from the sun enter Earth’s atmosphere. These particles, mainly electrons and protons, are guided by Earth’s magnetic field toward the poles. There, they collide with oxygen and nitrogen molecules in the upper atmosphere. These molecules become excited – they temporarily gain extra energy. When the molecules return to their original state, they release this energy as light. The result is the colorful display we call the Northern Lights.

A Journey Through Light: When to See the Northern Lights

The best time

Lakhovsky's theories on cell regeneration and repair particularly focus on the use of his specially designed antennas with opened rings. According to Lakhovsky, these antennas can enhance the natural frequencies of cells, leading to improved cell health and vitality. The crucial element here is the opened rings of the antenna, which, according to Lakhovsky, have a specific reason for their effectiveness. In this blog, we will delve deeper into why these opened rings are essential and why closed rings would not have the same effect.

The Basis of Lakhovsky's Theory

Georges Lakhovsky, a Russian-French engineer, introduced the idea that living cells behave as oscillators, each with their own natural frequency. According to his theory, external oscillations that resonate with the natural frequencies of cells can enhance these, thus contributing to the health and vitality of the organism. Lakhovsky developed the MWO with ring-shaped antennas designed to produce a wide spectrum of frequencies,