The Wave Genome Quantum Holography of DNA
Russian research has demonstrated how DNA acts as a quantum biohologram. In essence, each strand of DNA projects an electromagnetic field which serves as an information carrier for both genetic and general regulatory information.
Polarized genomic wave information. This is how quantum nonlocal information is stored within photons and radio waves polarizations; thus preserving it for later processing by our neural system.
What is it?
The wave genome quantum holography of DNA refers to the idea that information contained within DNA molecules acts like a holographic record which can be read like radio waves – dynamic, multidimensional and coherent radio waves representing genetic and general regulatory (semantic) waves encoded as reference information, similar to how laser holograms create images through interfering light beams that move across space.
This new understanding of DNA’s structure and function entails that biosystems can transmit information instantaneously at light speed, meaning that they can communicate regardless of distance between one another in space. Furthermore, this concept completely contradicts how complex biological systems like our brain operate in real time.
Furthermore, the DNA-wave biocomputer model proposes that chromosome apparatus serves as an information storage system in both material and physical fields, since chromosomes have the ability to transduce and radiate their own endogenic laser radiations into radio waves with regulative genomic (“semantic”) characteristics for every biosystem.
Reconsidering DNA’s role as the recorder, storer, transmitter, and regulator of genetic information opens up new avenues of study for living matter – proposing holistic, regenerative and evolutionary paradigms with profound ramifications for science and technology in general.
This paradigm shift rests on the basic concept that nature abides by universal laws that can be observed directly. One such law stems from our observation that all particles of matter and energy behave similarly – they all wave. Wave motion has certain characteristic such as wave-particle duality and superposition principle which serve as the foundation of many concepts being developed at the interface between physics and biology.
How does it work?
Quantum holography works on the principle that three-dimensional objects can be encoded within their two-dimensional image. DNA provides us with an analog to this concept – our genetic code is contained within physical DNA molecules with wave patterns encoded with genetic and other regulatory information about our bodies. These waves carry genetic and other regulatory data about how to live our lives optimally.
Scientists studying the chemical paradigm of biology discovered in the early 80s that DNA could produce biophotons of visible and ultraviolet frequency light that were detectable using a light scattering instrument called a spectrometer. Reflected off atomic particles or quantum vibrations within DNA scans created electromagnetic interference patterns which could then be recorded into laser or radio wave holograms for retrieval hours or days later by detectors.
Peter Gariaev, who first identified this phenomenon and documented it extensively in his book The Wave Genome, theorizes that DNA’s coherence or order modulates zero-point fluctuations of physical vacuum and releases energy reserves as particle fields which can then be read off endogenic laser radiations of chromosomes or DNA to generate signs regulating pattern of genome biocomputer.
Gariaev likens these holographic radiations to multidimensional quantum nonlocal computers, with quantum nonlocal connections between chromosomes and DNA being connected in an holistic continuum that Gariaev refers to as teleportation forming the basis of his DNA-wave biocomputer model of our biological system.
This model suggests that we could one day transfer DNA immaterially and without direct contact between biological material and us using quantum teleportation. While this idea may sound radical, understanding quantum mechanics will be necessary – though it could offer solutions to some of the toughest challenges in biology and quantum physics.
What is the future?
Quantum holography of DNA is an exciting development that offers many possibilities, such as building biologically inspired computers. Some experts predict that this new understanding will revolutionize computer technology in the near future.
This shift in thinking extends far beyond conventional biochemistry to include consideration of quantum field nature of subatomic particles that make up living organisms’ molecular structures, as well as concepts like entanglement and superposition that have long been thought impossible to explain using classical physical explanations.
This quantum field-based perspective of DNA shows its helical structure to be an existential blueprint that contains all of the information needed for organismal growth and development. Once in action, its genetic information transforms into a complex electromagnetic field (EMF), which then guides molecular and whole organism growth processes.
Russian researchers led by Peter Gariaev utilized an experimental apparatus called a dynamic light scattering laser (spectrometer), which measures how materials reflect or scatter light, to revive seeds damaged by Chernobyl with light and radio waves modulated with DNA’s polarization modes. Their experiment proved that DNA acts both as an energy receiver and transmitter while also storing that energy in vibration modes of DNA molecules themselves – showing just how versatile an organism such as DNA really is!
These results support the hypothesis that endogenous laser radiations produced by chromosomes create a wave continuum that reads metabolic information across organisms and allows polarized radio-wave genomic memory data transmission over long distances as efficiently as local distribution simultaneously.
What can we do with it?
The quantum holographic model of DNA suggests that it can create pre-images of biostructures – including entire bodies or organisms as wholes – in the form of 3-D holograms as invisible energy fields, acting as subtle guides in materializing bodies through growth and development processes. These 3-D images act like templates for this materialization of bodies.
These holographic wave fields can be read using acoustic waves and electromagnetic radiations, with nonlocal connection between these waves being observed; laser radiation from DNA lasers was coherently connected with radio wave polarizations; this proved that DNA could transduce genetic-signal laser photons into broadband genetic-signal radio waves.
Gariaev’s research also shows how DNA molecules’ coherence or order interacts with zero-point fluctuations to elicit particle fields from the physical vacuum and form interference patterns with its own quantum spin wave pattern that encodes DNA information. These interference patterns can then be transmitted, transported or even teleported immaterially as light or laser modulations signals.
Understanding the holographic nature of DNA and DNA memory is an integral step toward creating a new quantum mechanical DNA-wave biocomputer. This computer will utilize higher forms of DNA memory as well as its newly established composite hierarchy-level material-field sign hologram semiotic-semantic (figurative) nonlocal memory storage devices and chromosome apparatus as recording, storing, transmitting and changing systems simultaneously on material and physical field levels.
Quantum biology represents a new frontier for humanity – one in which lasers, light modulation and radio wave modulation could allow us to transfer DNA with lasers, reprogram it with light/radio wave modulation or even teleport it from place or time – creating and living in an ever more intricate and beautiful universe. Quantum discoveries could transform humanity more than we ever could imagine – providing hope of an interconnected future where humanity communicates more deeply than ever with each other and with nature itself.
