Cosmic radiation and global energy networks
All survival on Earth depends on radiation coming from deep space. While most of these radiations are useful and necessary for the maintenance of biological processes, there are also specific network systems of cosmic origin that, under certain conditions, can have an extremely debilitating effect on living organisms.
Absorption of cosmic rays and protection of the atmosphere
It has been scientifically proven that numerous radiations originate from the deep cosmos and have a huge impact on the entire life on the planet. Humans, animals and plants have become accustomed to these energy fields during the millennia of evolution and draw the necessary vital energy from them. Without the beneficial light and heat radiation of the Sun, all biological life would die out very quickly and become completely extinct.
In addition to light, extremely penetrating cosmic rays are constantly traveling towards the planet from space. Although potentially destructive in their raw nature, they do not reach the ground to a degree that would seriously threaten survival. The main reason for this lies in the earth's atmospheric mantle, which acts as a gigantic shield and successfully absorbs most of that dangerous radiation. Despite this natural protection, the existence of three specific energy networks has been proven, which penetrate unhindered from space and, like invisible geographic meridians and parallels, completely cover the surface of the entire globe. It is these networks that can become a very harmful pathogenic environment.
Hartmann's Network (First Network)
In 1951, a prominent German physician and researcher, Dr. Ernst Hartmann, discovered and precisely defined a global radiation network that wraps around the entire planet. Previous scientific and professional theories attribute it exclusively to space origin. It is considered that it arises as a direct consequence of electromagnetic radiation from the Sun, and that it is strictly directed and oriented towards the natural magnetic field of the Earth.
Structure and dimensions of the Hartmann network
This so-called First Network extends primarily in the direction of the magnetic meridian in the north-south axis. These vertical lines at right angles intersect parallels directed along the east-west axis. Her physical characteristics on the field look like this:
- The thickness of the invisible energy lines (radiating bands) is approximately 20 centimeters.
- The distance between the bands varies across the planet; it gradually narrows as the grid approaches the Earth's poles, until it reaches its maximum width at the equator.
- At mid-latitudes, the average distance between lanes in the north-south direction is about 2.8 meters, while in the east-west direction it is approximately 1.8 meters.
- The places where these lines directly cross are called Hartmann's knots. Their key characteristic is that they alternately change their energy sign, going from positive to negative charge.
Curry's and Reinhard-Schneider's network (Second and Third networks)
In addition to the Hartmann system, there is also the Second, the so-called Curry network, which was discovered and described in detail by Dr. Manfred Curry. In the early stages of research, this network was believed to be completely fixed and static. However, more recent and much more precise measurements have proven that it is actually dynamic and that it moves slightly in space, creating the effect of a continuous pulsating vibration.
Its extension is drastically different from Hartmann's model. The stripes of Curry's net are placed diagonally, that is, diagonally in relation to the lines of the First net. The expert public strongly warns that Curry's network is significantly more dangerous and destructive than Hartman's. If the hub of Kari's network coincides with the energy flow of underground water, that place becomes an extremely pathogenic focus of enormous power, and such locations must be avoided at all costs when organizing spaces for work or rest in residential buildings.
The third energy grid
Finally, science is also known for the Third Network, which was discovered and defined by the physicist Reinhard Schneider, after whom it was named. The Reinhardt-Schneider network perfectly coincides with Curry's network in most of its global extent, with only occasional, extremely rare and specific geometric deviations in certain terrain configurations.
Conclusion and procedure of analysis of housing space
Due to the complexity of the entire radiating system, during a professional and thorough inspection of buildings and homes, it is not enough to detect only radiation coming from the interior of the earth (such as underground watercourses or faults). It is absolutely necessary to search each room in detail and map it from several angles, in order to unmistakably determine the presence of crossed pathogenic nodes of Hartmann's or Curry's network, and in this way to eliminate any hidden risk to human health in a timely manner.
