The Technology

behind the Qi Blanco

The QiOne®, QiHome® and QiBracelet® support the self-optimizing property of water molecules to develop coherent structures.
In incoherent water, the water molecules collide with each other and generate interference frequencies.
This reaction is called “thermal noise”. This causes the smallest frequencies of the cells to be
superimposed: the body no longer “hears” them.
Due to the strict arrangement in coherent water, the molecules no longer collide with each other. The thermal noise is reduced to a minimum. As a result, even the smallest frequencies can travel unhindered
through the body and pass them on to the body matrix.

Incoherent water

The water molecules occasionally collide with each other and generate a thermal noise. The noise is an interference frequency for the body, as it superimposes the body’s own frequencies and thus influences cell communication.

*bone (left), *sinew (right)

Coherent water

Additional hydrogen bonds cause the water molecules to arrange themselves in a crystalline structure and move towards each other without impact. Thus, all body signals reach the cells in an optimal way.

*bone (left), *sinew (right)

Incoherent water

The water molecules occasionally collide with each other and generate a thermal noise. The noise is an interference frequency for the body, as it superimposes the body’s own frequencies and thus influences cell communication.

Coherent water

Additional hydrogen bonds cause the water molecules to arrange themselves in a crystalline structure and move towards each other without impact. Thus, all body signals reach the cells in an optimal way.

*bone (left), *sinew (right)


The Language of Nature

Frequencies are omnipresent in nature. They arise from the natural oscillation of molecules.

Every object, every molecule vibrates – unless it reaches the lowest possible temperature of -273.2 degrees Celsius (0 degrees Kelvin) – the temperature zero point. Here, all molecules are at rest.

Max-Plank-Institut Göttingen

Frequencies are created by oscillation. In classical electronics, this effect is fundamental. Antennas are made to vibrate, so that they emit frequencies. Another system can pick up and interpret these frequencies through antennas. An example of this behavior is the W-Lan router, which sends out the signal via its antennas (in modern devices these are built into the housing). The mobile phone then receives them. If the mobile phone becomes the transmitter and the W-Lan router becomes the receiver, communication is established. The devices exchange signals.

Nature has shown the way. It uses the type of frequency communication from the beginning of time.

Every cell in the human body generates frequencies. The most important frequency generator is the brain. However, this communication takes place with much weaker signals than in classical electronics. The brain generates frequencies in the body with a flux density of about 10^{-9} Tesla (0.000 000 000 001 T). In comparison, a modern W-Lan router works with a flux density of approx. 0.02 T – directly measured on the surface of the antenna.


Frequency Development in the Brain

A brain wave is approximately 0.1 seconds long.

They originate in the billions of brain cells (neurons) in the pituitary gland and spread through the brain to the entire nervous system.

Thus every part of the body is reached.

The brain waves regulate the excitability and activity of the entire nervous system.

The control frequencies of the brain range from 0.1 – 100 Hz

  • Delta waves 0.1 to 3.5 Hz

  • Theta waves 3.6 to 7 Hz

  • Alpha waves 8 to 13 Hz

  • Beta waves 14 to 30 Hz

  • Gamma waves 31 to 100 Hz


Frequency development using the example of the thalamus:

In the area of the thalamus calcium ions seep into the neurons – calcium is enriched. These neurons now oscillate for 1.5 to 28 seconds. These oscillations trigger brain waves that spread upwards through the brain and throughout the entire nerve system. As soon as an excess of calcium has built up in the affected neurons, the thalamic oscillations finally stop. There is a resting phase between 5 and 25 seconds.


The Effects in the Cells

The body has two main possibilities for biological regulation, i.e. “control” of the cell.

1) Cell activation by signal molecules

Signal molecules can be hormones, antigens, or ions (e.g. magnesium ions from food).

Here the signal molecule activates the cell by docking to the receptor.

*Hormone or antigens
*receptor or antibody


2) Cell activation by frequencies

Frequencies that are generated, for example, by the brain or muscle, pass through the body into the cells.

If, for example, an electromagnetic impulse is created by the contraction of a muscle, the resulting extremely low frequencies (Extremely Low Frequencies) spread through the body. For example, the muscle cells are instructed to relax in order to allow the muscles to stretch.



Each cell responds to a certain “frequency key”. This is similar to a conventional key. The teeth of the key correspond to the frequency band of the signal

Comparison of a key with a "frequency key".

“Medical researchers consider frequencies of 0 – 30 Hz to be therapeutically effective because they transfer cell-controlling data to a tissue. This data then triggers a cascade of activities in the cells – from the cell membrane, to the nucleus, to the genes – where specific changes take place” [Bassett 1995].

Conductor Network of the Body

Modern image of a cell and its connections: the living matrix 

Modern cell biology extends the original picture in which the cell is described as “a bag full of liquid solutions”.

The cells consist of a network of tubes (tubules), fibers, and beams (trabeculae), called the cytoskeleton or cytoplasmic matrix.

“The living matrix is an uninterrupted and dynamic supramolecular network extending into the smallest corners and angles of the body”.

A nuclear matrix within a cellular matrix within a connective tissue matrix.” [Oschmann 2000]

In this inseparable network, in which practically all molecules of the body are bound together, influences that affect one part of the system are passed on to all other parts of the system.

This body network corresponds to a biological computer. The brain as its processor, the heart as its power supply, the autonomic nervous system as mainboard.

This correlation makes it easy to understand what toxins, muscle tension, scar tissue, stuck fasciae, or a tilted position means for the body: The living matrix is partially weakened, blocked or interrupted – the communication in the body is restricted.

Structure of the System

The functionality of the Qi Blanco systems is based on the ability to exert a significant influence on the coherence formation of water molecules with modified crystalline materials.

Crystalline structures

Among the “classic” crystalline structures are the well-known household products such as salt and sugar.

Less well known is the fact that even metals, when solidified from the molten mass, arrange their molecules into crystalline structures.

Qi Blanco uses a specially developed alloy, based mainly on fine gold, copper, and carbon.

Crystalline structure of common salt (sodium chloride) – schematic diagram

Crystalline structures and their possibilities

In general, it is possible to influence frequencies directly with crystalline materials. A research team from the Max Planck Society in Mainz impressively demonstrated this already in 2006. 

So-called colloid crystals were produced. These are able to interact not only with hypersonic waves (sound with frequencies above about 1,000 MHz) but also with light waves. 

Thus, it is possible to produce windowpanes, for example, which are impermeable to engine noise but permeable to the twittering of birds. This technology offers revolutionary possibilities in the field of noise protection.


Seto A., Kusaka C., Nakazato S. et al 1992 Detection of extraordinary large bio-magnetic field strength from human hand. Acupuncture and Electro-Therapuetics Research Interantion Journal 17:75-94

Sandyk R. 1995 Treatment of neurological and mental disorders. Patent No. 5, 470, 846

Jaffe L. F. 1981 The role of ionic currents in establishing developmental pattern. Philosophical Transactions of the Royal Society of London B 295:553-566]

Bassett C. A. L. 1995 Bioeletcromagnetics in the service of medicine. American Chemical Society, Washington DC

Oschman J. L. 2000: Energy Medicine. The Scientific Basis. – Churchill Livingstone


Amplitude (= oscillation amplitude): Deflection of an oscillation from its rest position (the position of the arithmetic mean) to its maximum value.

Frequency (from Latin: frequentia = frequency): Number of oscillations per time unit. reciprocal of the period duration. Measure of the speed with which repetitions follow each other in a periodic process. Unit: Hz.

Natural frequency: A frequency at which a system oscillates after a single excitation.

Resonance (from Latin: resonare = to echo, to sound): General: reverberation, i.e. the echo that follows an action. Physics: The resonant process that a system capable of oscillating shows when it is periodically excited from outside. Prerequisites: The excitation frequency is equal or nearly equal to the natural frequency of the excited system.

Resonant frequency: a frequency at which a system oscillates particularly strongly, i.e. with a particularly large amplitude, when periodically excited

Vibration (= oscillation): sinusoidal alternating quantity, repeated fluctuation of a quantity around a mean value. In addition to mechanics, acoustics and electrical engineering, it is also used, for example, in biology and economics (share prices).

Oscillator (from Latin oszillare = to swing): is an oscillating system. It can consist of several components that are combined to form an oscillator circuit. They amplify the amplitude of the oscillation signal until a physical limitation of its processing power occurs. This ultimately attenuates the amplitude to a stable output signal.


Let your QiOne create coherent water for you.