Studies conducted to date demonstrate that chromosome apparatuses possess the capacity to convert their laser radiations into broadband genetic-sign polarized radio wave biocomputer information, an ability related to variations in quantum nonlocality as previously postulated.
Linguistic-Wave Genetics allows us to provide you with a customized Individual Matrix if you provide us with photos of your body as well as biomaterial from birth (umbilical cord blood or placenta).
How it works
As you know, DNA molecules don’t simply pass along genetic information from one generation to the next in a static fashion – they exist as physical entities with unique signatures in real space and time. That explains why DNA samples taken from organisms within a species or from unrelated ones may appear so different and why we can gain so much useful insight by simply scanning someone’s genome – indeed this is how most modern genetic tests work!
To accurately read an individual’s DNA, we simply scan their genome using a laser light system and emit electromagnetic signals which reflect back off their DNA molecules and are processed through our special computer system into an audio file for listening purposes by our client.
By understanding how DNA works and recognizing healthy from damaged sequences, we are able to differentiate between healthy and damaged DNA and create personalized treatment programs tailored specifically for each person or animal that we work with – thus healing any damage and restoring healthy DNA structures.
Peter Garyaev, a Russian biologist, published some groundbreaking research in what he termed ‘wave genetics‘ a few years back. This was an unusual take on genetics as it suggested novel mechanisms of gene transmission beyond conventional biology; some even involved music or sound waves!
He discovered that DNAs emit low-frequency electromagnetic waves whose frequencies depend on their sequence. When we apply certain frequencies to DNAs they respond by creating an electromagnetic field which modulates and records signals into their memory bank holograms – this holographic memory can then be retrieved at later dates.
At Wave Genetics Institute, DNA-wave biocomputer imaging serves as the core principle of our technique known as DNA Genetics Institute Imaging, helping us gain greater insight into both its quantum mechanical nature and role as a biological biocomputer.
Holographic signals emitted by DNAs correlate polarization-wise with photons and radio waves, shaping both individual cells as well as organisms as well as their environments and surroundings.
Results
Scientists from UT Southwestern have discovered that brain waves play an essential part in creating memories. More specifically, frequencies associated with specific genes were responsible for how memory is encoded by the body – this research could potentially lead to new treatments for those suffering from memory loss disorders like Alzheimer’s.
We used a frequency-stabilized Helium-Neon laser with two orthogonal optical modes and a photomultiplier detector, and performed experiments where DNA preparations spontaneously transformed into modulated broadband electromagnetic radiation (MBER), with its polarizations connected back to DNA through photon connections. This revealed a quantum nonlocal DNA information channel characterized by nonlinear dynamics and radio wave polarizations that is indicative of quantum nonlocal DNA information transfer.
This research is revolutionary in that it shows genetic information derived from DNA preparations isn’t just stored within our bodies chromosomes but can also be accessed via alternative means. Furthermore, this indicates a possible future application for DNA-based biocomputers to process information.
One promising way to meet this objective is using photon-polarization resonance spectroscopy, which records the polarizations of a probe beam as it passes through a material. This technique allows scientists to detect specific molecules without ever physically touching samples and is especially valuable for studying biological materials.
Experiments have been conducted to support this new concept. They have demonstrated, for instance, that biosystem components like saccharides, nucleotides, amino acids and porphyrins possessing low molecular weight have an outspoken capacity for optical rotatory dispersion and circular dichroism generation – something we were aware of previously, yet had never truly made sense until recently when it dawned upon us as an information channel between biomacromolecules – an ability we now see as acting like quantum nonlocal communication channels between biomacromolecules!
Methods
At Quantum Physics Group, we use a quantum physics approach that is both highly effective and safe. Using a frequency-stabilized Helium-Neon laser and two orthogonal optical modes, DNA information is transmitted into human bodies using frequency modulated light therapy and recorded as polarized broadband electromagnetic radiation (MBER). Once recorded, this polarized data is fed directly into your Individual Sound Matrix program which includes set frequencies tailored specifically for you based on results of diagnosis/answers to Patient Questionnaire questionnaire answers/diagnoses/or results/answers/answers/etc.
It differs significantly from traditional biochemical approaches, which generally focus on molecular biology, in that we take an holistic view and consider quantum field nature of subatomic particles that form the basis for biochemical molecules that make up our bodies – something best illustrated by Russian researcher Peter Gariaev’s Wave Genetics research.
Wave Genetics holds that information encoded in chromosomes, such as the code for protein translation RNA transcripts, can be transmitted nonlocally utilizing quantum particles such as electrons whose material-wave forms provide nonlocal communications channels.
At its lowest level, gene information is stored as nonlocal electromagnetic and acoustic fields that can be read like holograms – this corresponds with the concept of the “holographic memory of a gene and its associative-holographic role”. At higher levels of gene function, information is transmitted as nonlocal polarized radio waves.
These waves are interpreted as being composed of both electromagnetic and acoustic fields containing genetic information from genes, transformed using quantum physics’ technique of inverse-diffraction to produce an audio file with an acoustic frequency spectrum recorded using this audio file and converted back to an electromagnetic field using similar principles – then transmitted back into cells to correct themselves and return to health.
Disclaimer
Linguistic Wave Genetics‘ methods open a whole new field in cosmetology: quantum information cosmetology. Their methods make it possible to incorporate into creams the properties of natural products that cannot be physically included due to storage concerns or toxicities (e.g. vitamins). Their inclusion occurs via quantum information transfer which bypasses physical inclusion issues while still allowing clients to take advantage of their beneficial properties.
Lingvistiko-wave genetics provides another practical application: effective Informational Creams that include individual Matrix programs created from photos or biological materials like blood, umbilical cord blood or placenta can be produced to use by any member of their immediate family such as parents, brothers/sisters and grandparents.
Clients can drive their DNA back towards health by listening to sound recordings of their Individual Matrix and correcting deviations from its normal quantum state, leading to healthier body functioning and self-healing mechanisms.
If this approach to medical treatment seems unconventional, it is because it draws on ideas advanced by Russian scientists Gurwitsch and Lubishchev in the 1920s and 30s who proposed that DNA operates at quantum levels as waves and fields; their theory has now been proven experimentally.
Es is perplexing that the results of this work have been suppressed not by an obscure academic journal but by the Russian Academy of Science which should represent impartial science-led inquiry, in service to humanity as a whole.
Wave Genetics‘ great potential makes it easy to see why its potential is being suppressed; after all, its revolutionary nature could make today’s expensive recombinant DNA genetic engineering look like the Wright brothers’ first flight! Yet this likely is not behind this move – rather, greed among biotech firms invested in recombinant DNA technology may be at play here.
