- Frequency systems
- NLS systems
-
Themes
- Tumours benign (benign)
- Tumour malignant (malignant)
- Polyps
- Cysts
- Viruses
- Bacteria
- Dermatology and frequencies
- Gynaecology and frequencies
- Diseases and frequencies
- Neoplasia and frequency therapy
- Pathogens and frequency therapy
- Esotericism and frequency therapy
- Hydrogen - frequency therapy
- Topics Electrosmog
- KE herbs blog
- Frequency therapy basis
- Biozapper
- Hunter 4025 - Meta Hunter
- Frequency therapy in Austria
- Health in general
- Element theory
- Mycotherapy
- Vital field
- Allergies
- Acid-base balance
- Fungal diseases
- Book recommendations
- Complementary medicine
- Supplements
- E-Smog
- Frequencies | Diseases
- Analysis | Consulting
- Education
Electromagnetic fields (EM fields)
Electromagnetic fields (EM fields)
- Synonyms:
- EM fields, electromagnetic radiation (in the broader sense)
Definition
Electromagnetic fields (EM fields) are physical fields created by the interaction of electrical and magnetic components. They propagate as electromagnetic waves at the speed of light and are effective in various frequency ranges - from low-frequency alternating current fields to high-energy X-rays.
Structure and properties
An EM field consists of two coupled components:
- Electric field: is created by stationary or moving electric charges
- Magnetic field: is created by moving charges (e.g. current flow)
These components are perpendicular to each other and to the direction of propagation of the wave. The field strength is specified in volts per metre (V/m) or tesla (T).
Frequency ranges
- ULF/ELF: below 300 Hz (e.g. mains current, frequency therapy)
- VLF/LF: 300 Hz - 30 kHz (e.g. therapy systems)
- HF/VHF/UHF: 30 MHz - 3 GHz (e.g. mobile radio, microwaves)
- SHF/EHF: >3 GHz (e.g. WLAN, radar)
Biological relevance
EM fields can interact with biological systems. Low to high-frequency EM fields are used specifically in medicine, e.g. to:
- Stimulation of cell functions (e.g. PEMF therapy)
- Influencing ion channels and membrane potentials
- Promotion of regeneration, bone healing and inhibition of inflammation
Frequency therapy and information medicine
In frequency therapy, specific frequency patterns are used to stimulate or modulate specific biological processes. The exact choice of frequency, modulation and field strength plays a central role here. Information medicine assumes that EM fields can interact specifically with biological control systems.
See also
Cell membrane - frequency therapy - membrane potential - PEMF - electromagnetic waves