Without light from the Sun, there is no life on earth

And it is absolutely certain, and you do not need the help of science to understand it. But even in the 21st century, both physicists and bio-chemists are actually without a clear answer. And if you want an answer, you actually have to search around all the material that actually exists about light, bu try to understand that light is not just light.

Dr. Fritz-Albert Popp from Germany is a person you should listen to. He is one of the key persons to the understanding of what light means to us humans. He talks about light-nourishment and about Light-Emission and about Biophoton.

Biophoton

Dr. Popp, who is both a doctor and bio-chemist, discovered in 1975, in his laboratory in Kaiserlauten, something he called Biophoton emission. 

And the key was a code to life. A form of communication that worked between all forms of life. And that code was LIGHT. Dr. Popp had found that the DNA molecule not only absorbed light, but that it also gave off a light, a coherent light.

Coherence means the possibility of waves overlapping each other so that it results in a structured state where waves can form a coherent and communicating area. Think of laser beams that are light in coherent form.

Light information

When we talk about our own communication, we probably think about what we communicate by speaking. But there is nothing against what our DNA cells do.

A DNA has an incredibly high level of information, a level that is a million times higher than it is technically possible to store in the same dimension in some places in the world per Today. Light do not only emits energy, light is also a carrier of information.

Modern light research is beginning to find evidence for the meridians of the Chinese. Doctor Bjørn John Øverbye at the Institute for Energy Research has written the following:

The Red Laser

"The first step in the exploration of colour is ordinary coloured light. 

In the 60s, Russian researchers, led by Professor Injushin, began to replace coloured light with monochromatic red laser light. Laser stands for Light Amplification by Stimulated Emission of Radiation, or in good Norwegian "amplified light formed through stimulated radiation.” The light is formed by bombarding a gas with intensive radiation.

The light that is formed is released in short, intensive bursts that create a kind of light where "all light particles" (photons) escape the gas in powerful flashes. This is in contrast to ordinary light, where the photons more or less fall out of the light source like a flock of people on the run, some out quickly, others late. A laser light source, on the other hand, kicks out all the photons equally, several million times per second.

Scientists call such light "monochromatic" (one colour) and "coherent" 

(collective) and "in phase) (in a collective troop). Such light has special properties that are many times stronger than sunlight and lamp light. Even in small amounts, it has a burning effect and can be used as a light knife. At very weak strengths it is cold but it heals diseases. 

The reason, Injushin believes, is that the light supplies sick cells with a type of energy that acts like a "light vitamin".

The red laser light has been proven to be able to heal cancer, heal wounds, regenerate missing tissue, and in other words: facelift and anti-wrinkle treatment, kill bacteria, reduce pain and heal muscle and nerve damage."

Bioenergetic colour signals

According to the theories of the Institute for Energy Research, the meridians are carriers of three types of coloured light: All parts of the invisible bioenergetic orange light. These light waves travel through the meridians. A light wave can, however, be "coded". The coding takes place when the waves drag ultra-fast small waves with them. In all, we have demonstrated the connection of eight different super-fast extra oscillations which we have dubbed bioenergetic colour signals, because this resembles the light in a rainbow, even if we cannot see it. So what is the significance of these super-fast colour signals? They represent frequencies that heal diseases by being transformed into meaningful nerve signals that affect the body's vital functions.

Regular research

Until now, most scientists have agreed on the speed of light at 300,000 kilometers per second. But there are many who challenge this claim because the laws of physics are constantly being challenged. In late

1990 it was announced that the speed of light had been slowed down to 60 km/s.

What about now?

Laser assistance in research

It was the Danish physicist Lene V. Hau and her colleagues who carried out the experiment with both a laser beam and a short pulse of laser light was sent through a cloud of sodium atoms that had been cooled to only 50 billionths of a degree above that the absolute zero point. The laser light beam produced a special state in the sodium atoms, which were able to remove energy from the front end of the laser pulse and add energy to the back end. The result was that for a fraction of a second there was a dramatic slowing down of the light pulse. The speed came down to only about 60 km/s against the normal speed of 300,000 km/s

The air-empty space.

It is only when light travels in a vacuum that the speed is exactly

299,792,458 km/s. Even in air, the speed is slowed down by almost 100 km/s and in water the speed is reduced to approx. 225,000 km/s. When the light hits any substance it will be slowed down.

Do physicists understand what light is?

What exactly is light? Physicists today are unable to give a clear answer. Although they know a lot. Among other things, how the light behaves. It is known that light is an electro-magnetic disturbance and produces a wave-like field that spreads outwards. But light can also behave as a stream of particles, light quanta or photons.

Light propagates as waves, but is detected as particles.

Today people agree so far, but research continues and the 21st century can be an incredibly exciting century where a revolution in quantum physics can take place. The constantly increasing flow of information will be transmitted both faster and better through optical cables.