Adaris vibrational acoustic homeopathy
Sound has enormous power.
This story is about the birth of a new direction in medicine.
Vibrational acoustic homeopathy.
We are all made up of vibrations. Our world and our universe are music.
“In the beginning was the Word” – the opening line of the Gospel of John (New Testament).
Each molecule has its own unique molecular weight and generates its own unique vibrational music.
Likewise, the cells of our body function in the same way. Each organ in the human body plays its own distinct vibrational music.
By learning how to correctly read this vibrational biomacromolecule music spectrum, we gain the ability to influence the body and even learn how to program stem cells in a non-invasive manner.
Today, I will introduce you to unique research results obtained by various independent research groups around the world.
Programming stem cells through a vibrational biomacromolecule music spectrum
Universal fundraising organization
THE FIELD
Researchers used laser equipment to record the vibrational biomacromolecule music spectrum from living cells of a developing heart.
Next, this acoustic vibrational biomacromolecule music spectrum was transmitted through conventional loudspeakers to a stem-cell culture. After two weeks, these stem cells differentiated into heart cells identical to those from which the original vibrational information was recorded.
This is a human heart cell. By reducing pulsation, a sensor records signals in the form of visual patterns.
This is a vibration code. We can listen to the sound generated by this frequency.
When this sound was applied, undifferentiated human stem cells transformed into pulsating cardiac muscle cells within two weeks.
These cardiac muscle cells, derived from human stem cells, became absolutely identical to the original myocardial cells associated with that specific vibrational biomacromolecule music spectrum.
Non-invasive regeneration of pancreatic cells in rats
Research group of Peter Garyaev
Any substance placed within a laser beam can have information read from it.
Here is a piece of quartz placed under the laser beam. The beam is adjusted to a specific operating mode, resulting in sound generation.
When the laser beam is blocked, the sound disappears. When the beam is restored, the sound modulation returns.
What is the role of sound? Is information transmitted in this way?
Yes.
If, instead of a quartz crystal, a blood sample were placed in the laser beam, the information could be transferred to a person.
If that person is a relative of the blood donor, they receive corrective information.
Healthy blood from a newborn child, when used as a reference, can correct the health of a sick recipient and even slow down aging processes.
A group of researchers used laser equipment to record a vibrational biomacromolecule music spectrum from a living culture of pancreatic cells taken from newborn rat pups.
Next, this vibrational biomacromolecule music spectrum – containing information about the healthy state of pancreatic cells-was applied to adult rats suffering from pancreatic damage.
After one week of exposure, the majority of the rats recovered.
Post-mortem examination revealed regeneration of the damaged pancreas.
DNA teleportation experiment
Luc Montagnier’s research group
In his experiments, Luc Montagnier recorded a vibrational electromagnetic field from DNA molecules or blood cells of HIV-infected patients.
After digitization, the resulting spectra were converted into audio files containing electromagnetic vibrational information about the cells.
Using a conventional audio amplifier, the vibrational biomacromolecule music spectrum derived from DNA samples with a specific sequence was transmitted to a solenoid containing a test tube of pure distilled water.
In this way, a non-invasive DNA teleportation experiment was successfully conducted.
ADARIS Laboratory
Development of methods and equipment for vibration medicine
We develop equipment capable of recording the unique vibrational music of cells and biomacromolecules.
In 2023, we successfully recreated equipment capable of recording the smallest nanovibrations of biomacromolecules and translating this information into sound in real time.
This technology enables the creation of various vibrational biomacromolecule music spectra derived from different substances.
For example, the vibrational characteristics of trehalose molecules in an aqueous environment.
This is the trehalose vibrational biomacromolecule music spectrum created in the ADARIS laboratory.
The second direction of our work involves improving the MBER laser spectrometer to create so-called Garyaev vibrational biomacromolecule music spectra from various biomacromolecules.
Significant success has been achieved in producing extremely pure and high-quality vibrational biomacromolecule music spectra using Garyaev’s technology.
User-friendly software allows real-time visualization of recorded spectra, simplifying laser calibration and enabling efficient creation of vibrational biomacromolecule music spectra from various substances or cultured cells.