Irene Caesar, founder and pioneer of WAVE GENOME LLC and remote bioholography technology. She presented as keynote speaker at BIT’s 9th World DNA Day-2018 celebrations.
She suggests that chromosomes act as nonlocal unique bioholograms or wave matrix that focus genetic information specific to each individual through its own scalar wave diffraction grating, explaining why dysfunctional individuals express genes differently from functional ones.
Quantum Biointernet
Dr Irene Caesar is an innovator of information wave technology, which allows her to remotely manage biosystems. Her technology, the ‘WAVE GENOME“, transmits genetic code holographic signals which revitalize cells while also helping prevent diseases – this innovation in quantum medicine could potentially have long-term ramifications for vaccines or pharmaceutical drugs.
Dr. Caesar has demonstrated how human chromosomes act as nonlocal wave matrices that concentrate genetic information via their scalar wave diffraction gratings, creating unique bioholograms of embryonic stem cells over long distances, revolutionizing pharmaceutical industries as a result of this technology and remotely managing aging processes while improving health.
The Quantum Biointernet is a game-changing innovation that will lead to breakthrough medical treatments and cures. Created through a groundbreaking combination of quantum computing, bioelectronics, and genomics – combining quantum computing, bioelectronics and genomics has led to rapid vaccine discovery which could increase by 50 times in terms of time saved; also helping stop epidemics or pandemics much easier and making prevention much simpler – this powerful force will change not only pharmaceutical industry but also society at large.
Alongside its innovative scalar wave diffraction-based holography technology, the company has also created Linguistic Wave Genetics; an advanced translation system which converts genomic DNA into language using frequencies to allow people to communicate without understanding one another’s native tongues.
At present, the company is working in cooperation with some of the world’s foremost scientists from universities and laboratories – such as Moscow Bauman Russian State Technical University and Scientific Research Institute for National Security – in order to produce an innovative vaccine against emerging infectious diseases and pandemics. It will utilize a novel process encoding viruses with wave holograms of their host cell to allow it to recognize cells with which it may target infection more specifically; while at the same time preventing antibodies against its viruses from forming and therefore decreasing chances of infection by eliminating development of antibodies that normally form.
Quantum Bioholography
The theory of a wave genome suggests that our DNA molecules serve as both carriers of genetic information and sensitive receivers and transmitters of quantum signals. Pavel Garyaev developed this theory, who transcends traditional disciplinary boundaries as an expert in linguistics, biology, and quantum physics. Garyaev claims that genetic texts possessing fractal structures allow them to project and read three-dimensional electromagnetic standing and moving wave fronts that form our psychophysical being. His concept of a wave genome corresponds perfectly with the holographic paradigm proposed by physicist David Bohm and neuropsychologist Karl Pribram in their 1973 book WHOLENESS AND THE IMPLICATE ORDER.
Quantum holograms are representations of physical objects that can be observed from all directions – either close up or from far away – without actually becoming physical themselves, making holograms ideal for transmitting over long distances without degrading in image quality.
Quantum bioholography is a concept used to explain the transmission of quantum information in living systems. According to this theory, DNA contains genetic information stored as nonlocal photon polarizations connected with each other that form a broad radio wave spectrum and which are quantized nonlocally before passing along this information to individual cells of an organism.
These waves are then reflected and transduced by structures in the cellular matrix, which generate and recognize text-associative regulatory structures, thus reflecting and transducing them back out again to generate and recognize text-associative regulatory structures that generate text-associative regulatory structures and allow genetic bioholographic information transmission both locally and remotely. This theory fits with Gariaev group’s DNA-wave biocomputer model which proposes that DNA acts as recording, storing, transducing and transmitting system for genetic information at both material and physical field levels.
This model presents the DNA-wave biocomputer as a holographic grating that displays and transduces ultraweak laser light and solitonic electro-acoustic fields, enabling chromosomes to project and read genetic bioholograms – which are fractal patterns of sign vibrations similar to natural context-dependent texts in language – similar to reading natural texts in context.
Quantum Bioelectronics
RA Psi-Generator is a quantum bioelectronics device that allows you to access nonlocal and unique Bioinformation of your own Embryonic Stem Cell Wave Matrix from Quantum Nonlocality of RA. Furthermore, this tool also serves as an effective remote method to remotely manipulate and control cellular metabolism as well as regeneration of microtubules of your DNA, providing the basis of remote rejuvenation therapy and remote biomedical engineering.
Research team employed MoS2 with DNA as its insulating layer to produce an information storage biomemory with multiple states that could switch. This device was capable of storing and retrieving biomolecular information, making it suitable for wearable devices or applications where liquid storage media are involved. Furthermore, this hybrid showed resistive switching properties as well as long-term stability – with biomolecular data being stored at 4degC temperature.
Redox peak values shifted toward an oxidized state when exposed to low concentrations of heavy metal ions, and it was also capable of withstanding high electric fields and was confirmed electrical bistability by STS analysis, offering promising leads towards the creation of multilevel biomemory devices.
Dr. Irene Caesar’s work centers around chromosomes as they form a scalar wave diffraction grating for focusing genetic information. Her theory suggests that using their shape, chromosomes can detect, transmit and correct genetic errors or diseases; with potential applications to remote human management. This research could change medicine in ways never thought possible before!
Scalar wave geometry of chromosomes is composed of nonlocal wave-particle pairs that refract toward a zero center in an individual way, reflecting back out in waves towards that center in unique ways for every individual. A healthy chromosome’s scalar wave geometry tends to be metacentric while diseased ones often have an acrocentric focus. Proper Wave Optics focus is essential to successful reproduction and regeneration processes and therefore must be transmitted and focused properly within each chromosome to facilitate effective transmission of Bioinformation contained therein.
Quantum Medicine
Quantum physics and medicine are colliding to create transformative technologies that are revolutionizing diagnostics, treatment and data security within healthcare. From sensitive quantum-inspired sensors to optimized quantum computing algorithms – quantum advances are changing the face of medicine forever.
Quantum physics holds many implications for medicine, including its ability to detect disease earlier than conventional methods. With this technology at their disposal, doctors could identify an illness long before symptoms appear and potentially save lives; additionally, this method may allow them to create more targeted and effective cancer therapies.
This revolutionary technology could be integrated into ancient healing traditions such as oriental and holistic medicine, acupuncture, homeopathy and naturopathy. For example, applying quantum physics principles behind vibrational frequencies and resonance could provide valuable insights into human energetic balance – adding another valuable perspective into traditional holistic and integrative medical modalities that focus on understanding imbalances that lead to illness.
Traditional medicine poses several difficulties, from limited drug options to individual variations in therapeutic responses. With quantum technology’s advancements, digital twins could conduct experiments for you and make finding treatment simpler than ever based on individual genetic and environmental factors.
Scientists are realizing the intersection of quantum physics and medicine is creating groundbreaking technologies that advance medical research while improving patient care. With these two fields sharing more similarities than anticipated, scientists are discovering groundbreaking innovations which bridge them both fields.
Quantum devices will give researchers greater power than ever before to tackle complex, life-threatening diseases more effectively and accelerate drug discovery processes. Their use will allow researchers to discover novel drugs more quickly than ever, creating an entirely new paradigm of quantum medicine where precision meets compassion and innovation knows no boundaries. With such great power comes great responsibility; medical professionals and policymakers should ensure this technology is used ethically and responsibly during its usage.