Peter Gariaev‘s work shows that genetic code is an electromagnetic quantum continuum, providing instantaneous metabolic control within an organism. His theory states that translational machinery operates with quasi-intellect, while amino acid selection occurs contextually rather than codon by codon mechanical selection.
Quantum Consciousness of the Linguistic-Wave Genome
Gariaev and his team demonstrated how the linguistic wave theory of the genome has enormous ramifications for understanding human evolution and consciousness. By modulating laser light with meaning-laden grammar syntax (grammar), they were able to reprogramm DNA codon sequences directly – providing revolutionary medical technologies like remote healing, tissue regeneration, significant lifespan extensions and quantum computing as a result.
The theory explains the fractal nature of natural language, whereby sentences on one scale of DNA-encoded texts (‘phrases) morph into letters or words on another scale of DNA “texts.” Additionally, this theory proposes that genetic apparatus of an organism acts both as source and receiver of such “texts”, both encoding and decoding them for processing by other cells in its body – providing a rational foundation for conscious thought to exist.
Many accounts of consciousness have used concepts from quantum theory in an abstract, metaphorical sense to explore its nature. Some accounts claim that concepts like entanglement and superposition can explain correlations between psychological systems – yet these claims often lack evidence-base as a result of experiments or an incomplete understanding of quantum theory.
Linguistic wave genetics was pioneered by Russian scientists A G Gurwitsch and A A Lubishev in the 1920s and 30s. Their work asserted that biosystems operate not only at physical levels but also on electromagnetic and acoustic wave/field levels, transmitting genetic information through electromagnetic or acoustic waves/fields.
This theory proposes that acoustic/wave/fields which carry genetic information are encoded within DNA strands as nucleotides, creating a dynamic holographic continuum and being part of one system; hence it provides us with insight into how conscious minds interact with quantum mechanical world.
Biophotons
One of the more mysterious subsets of biology involves studying biophotons, faint light emitted by living cells. While their exact source remains elusive, theories suggest various molecular processes emit photons; their energy then travels across giant protein matrices into cells surface area. Biophotons should not be confused with thermal radiation which has much lower intensity levels and fades away once cells die.
Fritz-Albert Popp, a German biophysicist and cancer radiotherapist, first identified biophoton emissions in the visible and ultraviolet spectrum from biological systems as ultra-weak emissions of photons emitted by microtubules within cells or along axons between cells – commonly referred to as “biophotons.” His research demonstrated their coherent nature, suggesting they represented life-regulating cellular communication within an organism. These photos could also be transmitted along microtubules within cells and along microtubules within cells or along microtubules between cells along microtubules for transmission or even along microtubules within cells or along axons between cells for transmission between them; their existence revealed during his work on cancer radiotherapy treatments.
Cells in an organism also release electromagnetic fields in the visible range of the spectrum that are affected by Sun and Moon gravitational influences, producing electromagnetic fields regulated by biophotonic influences in visible range of spectrum that influence plant growth rates. Experiments demonstrated how wheat seedlings from Germany and Brazil synchronized in their growth according to rhythms associated with lunisolar tide force emissions of biophotons.
Discovering this phenomenon has opened up numerous avenues of investigation for scientists. Sergey Mayburov of Moscow’s Lebedev Institute of Physics discovered that human intention produces a characteristic redshift in biophoton streams which can be measured. His work suggests that biophoton streams from human brains contain information regarding functional states responsible for humans being superior intelligence than other animals.
Information gathered through biophoton streams from diseased neurons can be decoded using a special algorithm and applied directly to medical practice, for example by initiating therapeutic intervention based on that decoding.
Quantum Computing
Peter Gariaev asserts that our DNA acts as a quantum computer, translating geometric information into torsion “spinor” fields generated by our genome and read by our bodies as torsion patterns of light that correlate with brain activity. In this way, it functions like an “encyclopedia galactica” for our body’s cells – thus functioning like an encyclopedia galactica for all humans!
This new understanding of bio-computers opens the way to groundbreaking world-changing technologies in medicine, agriculture, computing and communications – including what humanity has long desired: remote non-operative healing; organ regeneration and significant life extension.
Experts now agree that it’s no longer a question of “if”, but “when”, large-scale quantum computers will emerge that can crack public encryption systems using Shor’s algorithm, as well as enable faster and more secure communications.
However, some skeptics believe quantum computing will never become reality for any significant purpose. Multiple valid arguments exist against it as quantum error correction – the only component of quantum computers proven usefully working in material form – cannot possibly exist in nature.
As it stands, even a modest quantum computer would need an enormous number of oscillators (quantum bits) in order to perform meaningful calculations; unfortunately, such oscillators cannot remain stable enough for real computation to occur, which explains why any claims about using quantum computers to discover miracle drugs or break public encryption systems is complete nonsense.
This is an extremely serious threat: If companies and governments mistake quantum computing as just another fad, they could postpone protecting their data and communication networks using PQC entanglement-based quantum cryptography that creates hack-proof links – with potential national security ramifications. Furthermore, venture capital funds drying up for quantum computing companies – as has happened with IonQ out of Maryland- this would speed China’s march ahead in this area.
Quantum Medicine
Modern medicine typically relies heavily on biology and chemistry; both disciplines play key roles in drug discovery and treating various illnesses in humans. Recently, however, there has been an emerging interest in integrating quantum mechanics and theory–both subsets of quantum physics–into medicine, creating a more holistic view of both illness and energetic healing therapies–collectively known as quantum medicine.
Quantum science holds great promise as an aid in diagnosing and preventing cancers, with one of its most promising applications in medicine being cancer detection and prevention. To do this, one needs to understand cellular mutations and what causes them. Doctors currently use genetic tests or other techniques to ascertain the source of disease; however, these methods can sometimes be inaccurate. A technology combining quantum with genetic concepts could improve accuracy significantly – potentially saving countless lives in the process.
Quantum physics could provide the solution by employing its principles to detect environmental-driven changes to gene expression, known as mutagenesis, that occur due to altering genetic code and leading to mutations of cells within an organism’s body. Although we don’t yet fully understand the role that superposition and other quantum phenomena could play in this process, their potential is significant.
An effective tool would enable medical professionals to detect changes before their symptoms appear and save lives more effectively. Chronic diseases provide ideal candidates for such analysis since their course can be monitored through statistical tools.
Quantum medicine offers another key explanation for ancient healing traditions such as Chinese and Ayurvedic acupuncture and Ayurved medicine: it shows how these traditions work with subtle body energies such as ch’i (vital force energy) or prana (vital life force). While Western medicine typically uses external, high-tech approaches for healing purposes, quantum medicine focuses on inner core areas where consciousness has an impactful presence in the body.
