Monthly Archives: January 2025

The Multiwave Oscillator (MWO) is an innovative product recognized worldwide for its ability to generate a broad frequency spectrum, ranging from 10 Hz to an impressive 30 GHz. These capabilities often raise questions: how can a product like the MWO produce such a vast frequency range? In this blog, we explain this process step by step, delving into the scientific principles behind resonance, electromagnetic waves, and the unique technology of the MWO.

The Foundation: Resonance, Wavelengths, and the Speed of Light

The Multiwave Oscillator is based on the groundbreaking work of Georges Lakhovsky, who discovered that specific electromagnetic frequencies could support biological processes. The product uses multiple concentric, open rings of varying diameters. These rings function as broadband resonators, each with a specific primary resonance frequency determined by its size.

The primary resonance frequency of a ring is calculated using the following formula:

frequency (fₑₛₛ) = speed of light

The Multiwave Oscillator (MWO) is a frequency technology device that generates electromagnetic fields to support biological systems. Although there is no direct scientific evidence for the effects of the MWO on mitochondria, a chemical approach offers intriguing hypotheses about how the MWO’s energy field could influence these crucial organelles. Mitochondria are not only the powerhouses of the cell but also play a vital role in ion homeostasis, oxidative stress, and apoptosis.

What Makes Mitochondria Unique?

Mitochondria are distinguished by their double membrane structure and their ability to produce energy through oxidative phosphorylation (OXPHOS). In this process, protons (H+) are pumped across the inner membrane, driven by the electron transport chain (ETC). This proton gradient is used by ATP synthase to generate adenosine triphosphate (ATP). The mitochondrial membrane potential, an electrical voltage caused by this proton gradient, is essential for ATP production and mitochondrial

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.

Specific Frequency Spectrum of the Rife Phanotron

The Rife Phanotron operates within a frequency

The Multiwave Oscillator (MWO) is a technology renowned for its ability to support biological systems through electromagnetic frequencies. These frequencies can resonate with cellular structures of plants, for example, enabling the overall harmonization and optimization of biological processes. A fascinating aspect of this interaction is the enhancement of biophoton emission – a phenomenon that is crucial for cell health and communication within biological systems.

What Are Biophotons?

Biophotons are ultra-weak light particles emitted by cell structures. They consist of photons, the elementary particles of light, and have an extremely low intensity, often difficult to detect without advanced technology. Biophotons are a natural byproduct of metabolic processes and are closely linked to the functioning of mitochondria, the energy centers of the cell. These light particles are essential for cell communication and support various biological processes by providing a form of non-chemical information

Imagine a product that works like an orchestra of frequencies. Every tone, every vibration contributes to a harmonious whole. This is the Multiwave Oscillator (MWO), a unique invention that produces a broad spectrum of frequencies, aiming to promote environmental harmony. How exactly does this product achieve that? Let’s explain step by step.

The Magic of Rings and Frequencies

Think of a series of concentric rings, like the ripples created when you throw a stone into water. Each ring has its own size, and each size generates a unique vibrational frequency. This is the heart of the Multiwave Oscillator: rings that generate frequencies.

How does it work? Imagine the rings as musical instruments. Larger rings produce deep, low tones, while smaller rings create bright, high tones. But instead of sound waves, the rings of the Multiwave Oscillator produce electromagnetic waves. These waves are invisible but vibrate at specific frequencies calculated with precision.

The Multiwave Oscillator uses

At Meditech Europe, we believe in the power of innovative technologies to support biological systems and cellular health. The Rife Tube and Multiwave Oscillator are excellent examples of devices that promote resonance and harmonization, aiming to optimize cellular structures and their natural processes.

How Does a Rife Tube Work with a Multiwave Oscillator?

A Rife Tube, offered by Meditech Europe, generates specific frequencies that help biological systems restore their natural resonance. When this tube is connected to a Multiwave Oscillator, a broad spectrum of electromagnetic waves is produced. This spectrum can resonate with the frequencies of cells, leading to improved balance and functionality in biological processes.

The Role of High-Frequency Energy in Biological Systems

High-frequency electromagnetic fields, such as those generated by a Multiwave Oscillator, uniquely stimulate interactions within biological systems. These technologies can contribute to:

1. Improved Cellular Communication:

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

Did you know that vitamin C does much more than just boost your immunity? This essential vitamin plays a crucial role even though our body does not produce this nutrient itself. But not all vitamin C supplements are created equal. Meet Vitakruid Buffered Vitamin C: a smart, mild and effective way to get your daily dose. In this blog, you'll discover why this supplement can make a difference to your well-being and how it differs from regular vitamin C products. Read on quickly and be inspired by the power of this essential vitamin in a buffered form!

What makes Vitakruid Buffered Vitamin C unique?

Vitamin C plays an important role for the immune system. The problem that arises here is that our body is unable to produce this vitamin itself. We are therefore completely dependent on our diet to get enough vitamin C. Unfortunately, especially in today's busy world, eating enough fruits and vegetables, the main source of vitamin C, sometimes falls short. Taking a good supplement can then be

The year 2024 was one in which balance, harmony and well-being were the focus of our blogs. We explored a range of topics, from practical tips for inner peace, explanations of our products to stories to clarify the concepts of frequency, harmony, balance and connection. In this retrospective, we present the seven most-read blogs of 2024. The selection reflects the topics that resonate with you and also provides an opportunity to gain inspiration for a harmonious 2025. Wondering which topics attracted the most attention? Read on quickly and discover the favorites of the past year!

1. Understanding Schumann Resonance

The Schumann resonance is an intriguing natural phenomenon often described as the “heartbeat” of our planet. In this blog you will discover exactly what this electromagnetic phenomenon is, how it arises and why it can be so important for balance and harmony in your life. But also that modern technology can disrupt this delicate balance. Be inspired by the connection between science,

Water is life. Living organisms consist of at least about 70% water, and without water there could be no life on Earth. But did you know that water is not just water? The structure of water - how water molecules arrange themselves - plays a crucial role in how living organisms function. And this is where copper comes in, and specifically: copper rings with an opening. But how exactly does that work? Let's explain it intelligibly.

Why is Copper So Special?

Copper isn’t just any metal. It’s well-known for its excellent conductivity of electricity and energy. That’s why copper is widely used in electrical wiring, but it’s also historically valued for energetic purposes.

Properties of Copper:

• Energy Conductor: Copper can easily conduct electrical and electromagnetic energy.

• Resonance: It can vibrate at specific frequencies, much like a guitar string vibrates when plucked.

• Durability: Copper doesn’t rust and retains its properties for a long time.

But what happens when we shape copper into a