To attempt to observe the effects of Terra Tachyon® products, some experimental research uses GDV (Gas Discharge Visualization) technology, also known as gas discharge visualization or bioelectrophotography.
This type of measurement is used in certain energy research contexts to visualize variations in electrophotonic activity around the body or objects.
What is GDV technology?
The GDV system is a device that applies a small, controlled electrical field around an object or the fingertips. This stimulus produces an emission of electrons and photons that can be captured by a special camera.
The result is a luminous image that some researchers interpret as an indirect representation of energetic activity or general physiological state.
These images do not show “energy” directly, but rather electrical discharge patterns that may vary depending on different factors such as stress, skin conductivity, or the general condition of the person.
How are these measurements carried out?
Measurements are typically performed at two moments: before using a Terra Tachyon® object and after a period of exposure or use.
The goal is to observe whether visible variations appear in the patterns recorded by the GDV device.
Results:
Representation of the human energy field measured using GDV technology
GDV visualization of the energetic state of the main energy centers
How should the images be interpreted?
The presented images show comparisons between different measurements. Some observed differences include changes in light density, continuity of shapes, or uniformity of the recorded emissions.
According to proponents of these measurements, certain variations may indicate states of greater balance or energetic coherence. However, these interpretations belong to experimental approaches and do not constitute medical diagnoses.
Important
These measurements are provided for informational and educational purposes. Their aim is to illustrate observations made in experimental contexts related to the use of Terra Tachyon® products.
They do not replace medical evaluation and do not constitute clinical evidence.
References:
- Kirlionics Technologies International (KTI) – GDV – St. Petersburg:
www.kti.spb.ru - Página web de Dr. Konstantin Korotkov:
www.korotkov.org - International Union of Medical and Applied Bioelectrography (IUMAB):
www.iumab.org - Schirner Buchhandlung Darmstadt:
www.schirner.com