Effects

Today, of course, we've gone far beyond magnetized stones and have found electrical ways to generate stronger and, above all, directly controllable magnetic fields. Pulsating rhythmically, these fields permeate our entire body without stressing the skin or tissue.

Our cells respond to the frequency and movement of the magnetic field, which can influence a wide variety of processes in our body. From blood circulation to metabolism, magnetic fields unleash their invisible power and have fascinated people for centuries.

Light is a rather unique form of energy. Not only does it enable us to see everything clearly, it also ensures that we can perceive our world in a wide variety of colors. Because light behaves like both a wave and a particle.

As a wave, light spreads in all directions and has a different color depending on its wavelength. As particles (called "photons"), light can be thought of as small packets of energy emitted by light sources like the sun. When these photons hit our eyes, we perceive brightness and color.

Biophotons are a special type of these photons. They are produced and emitted by all living organisms. The wavelength range of these photons is between 200 and 800 nanometers and is theoretically visible to our eyes. However, these biophotons emit so weak light that their light is barely detectable.

However, you can even see the glow of our large red biophoton dots with the naked eye, as they glow much more brightly than our cells. Furthermore, the dots glow in a wavelength range of 660 nanometers. This wavelength range lies within the red range we perceive, which is why you perceive the biophotons in our products as red light.

But what exactly is the function of these biophotons? Scientists aren't entirely clear on this. However, some theories, particularly that of the German biophysicist Fritz-Albert Popp, assume that our cells use this light to communicate with each other.

This means that they inform each other about certain processes in the body and can perform their tasks more specifically, which makes you feel better and healthier.

You're probably wondering what exactly these negative ions are. Well, to explain, we need to go back a bit: Our entire world and everything we know is made up of atoms. These are tiny particles with electrons orbiting on their outer shells. These electrons are incredibly important because they determine how atoms react with each other. Protons are found in the inner shell of the atom; they are the counterparts to electrons and are normally present in the same number as electrons. For example, an atom in its normal state has five electrons and five protons.

When an atom loses an electron, there are more positive charges in the atom, and the entire atom becomes positively charged. We then call it a "positive ion." When an atom gains an additional electron, the exact opposite occurs: the atom becomes negatively charged, and we call it a "negative ion."

There are various circumstances under which an atom loses or gains electrons. In nature, negative ions are often created by solar radiation, thunderstorms, waterfalls, or even the breaking of waves at sea. These natural processes can break up water molecules in the air and release their electrons. The free-floating electrons are then absorbed by other atoms or molecules, creating a negative ion.

But it's not just their origin that's exciting, but also their effect. They can, for example, improve air quality by binding dust, pollen, or other fine particles to themselves, thereby rendering them harmless. This is why the air in the forest feels so fresh. Furthermore, the large number of negative ions in the air also leads to a feeling of freshness and purity. Some studies even suggest that negative ions can improve our mood because they stimulate the feel-good hormones in our bodies.

For many people, the Schumann resonance is the most important frequency on our planet. They associate it with relaxation, calm, and a feeling of being grounded. Unfortunately, today we can hardly benefit from the advantages of the Schumann resonance. The many electrical devices around us and the associated electrosmog shield us from this frequency.

That's why there are various devices that mimic the frequency of the Schumann resonance (7.38 Hz) and can work close to the body, such as our popular Premium Crystal Mat.

Discover the fascinating Schumann resonances integrated into our controller. This unique feature helps you find a harmonious balance between body and mind. Download the document here and learn more about how Schumann resonances work and their benefits.

Over the years, they have become increasingly important in various fields, especially in the world of spirituality. Here, crystals are often associated with the so-called chakras. Chakra theory originates from the ancient Indian traditions of yoga and Ayurveda, a special form of nutrition, and states that we have different energy centers – so-called chakras – in our bodies.

Each chakra is associated with a special gemstone, and for anyone for whom spirituality plays an important role in life, we have incorporated the most important crystals of chakra theory into our products.

This turns yoga, meditation or simply relaxation into a completely new experience.

The crystals are:

1. Red Jasper - Root Chakra
2. Golden Jadeite - Sacral Chakra
3. Yellow Agate - Solar Plexus
4. Green Aventurine - Heart Chakra
5. Blue Chalcedony - Throat Chakra
6. Light blue lapis lazuli - brow chakra
7. Purple Amethyst - Crown Chakra

Vitamin D has numerous functions in the body – it supports the immune system [1], is essential for bone health [2] and plays a central role in muscle strength [3] and general well-being [4].

However, especially in months with less light or when spending little time outdoors, vitamin D deficiency can occur. Studies show that over 60% of Germans do not reach the recommended vitamin D intake – in the winter months, the figure rises to over 80% [5].

While UVB light in nature is available almost exclusively through sunlight, the VitaMat® allows you to apply it in a targeted manner – at any time and regardless of the weather.

The UVB light hits the skin and gives your body exactly the stimulus it needs to produce vitamin D itself [6].

Studies/information on UVB light

1. Martineau AR et al., 2017: Vitamin D supplementation to prevent acute respiratory tract infections: systematic review and meta-analysis of individual participant data , BMJ
2. Holick MF, 2007: Vitamin D deficiency , N Engl J Med
3. Ceglia L, 2008: Vitamin D and skeletal muscle tissue and function , Mol Aspects Med
4. Penckofer S et al., 2010: Vitamin D and depression: where is all the sunshine? , Issues Ment Health Nurses
5. Robert Koch Institute, 2016: Vitamin D supply in Germany , DEGS study
6. Holick MF, 2004: Sunlight and vitamin D for bone health and prevention of autoimmune diseases, cancers, and cardiovascular disease , Am J Clin Nutr

When infrared light hits the skin, certain processes are activated in the cells. The focus here is primarily on so-called photobiomodulation. Numerous studies show that infrared light at precisely this wavelength:

• can stimulate cell activity【1】
• can support the natural regeneration of skin and tissue【2】
• can improve blood circulation in the illuminated areas【3】
• can promote antioxidant protection mechanisms of the skin【4】

In total, there are 30 light points installed on the large VitaMat® within the combi shells and 10 in the VitaMat® Mini.

Studies/information on UVB light

1. Avci P et al., 2013: Low-level laser (light) therapy (LLLT) in skin: stimulating, healing, restoring , Semin Cutan Med Surg
2. Hamblin MR, 2017: Mechanisms and applications of the anti-inflammatory effects of photobiomodulation , AIMS Biophysics
3. Albuquerque-Pontes GM et al., 2015: Effect of low-level laser therapy on inflammatory, angiogenic, and fibrogenic factors in diabetic wound healing , Lasers Med Sci
4. Barolet D, Boucher A, 2008: Proposed mechanism of photobiomodulation and potential applications in dermatology , J Cosmet Laser Ther