WAVE GENOME LLC specializes in the cutting-edge research and development of Laser Polarized Bioholography. Their remote management of biosystems utilizes this principle, taking advantage of geometric codes/chromosome shapes that represent them to provide remote management services.
It also explains why functional individuals exhibit different gene expression than dysfunctional ones, thus disproving any genetic engineering attempts currently in effect. Chromosome geometry holds the key (c) Irene Caesar 2012.
The Holographic Principle
This principle asserts that any volume of space can be described by its boundary in a similar fashion to how three-dimensional images can be coded onto two-dimensional surfaces using holography. First proposed by Gerard ‘t Hooft and later refined with string theoretical interpretation by Leonard Susskind, it has since become one of the cornerstones of AdS/CFT correspondence and the most successful implementation of its holographic principle to date.
This theory is the only viable explanation for how biosystems such as human bodies can be remotely managed with laser signals, with chromosomes acting as nonlocal unique wave matrix that focus genetic information specific to individuals through their own scalar wave diffraction gratings – creating what amounts to biological holograms.
Today we can create the holographic signal of human genetic blueprint and instantly transmit it across great distances using Polarized Holography; this technique uses quantum physics principles to rejuvenate whole organisms by treating their root informational causes rather than simply masking their symptoms.
Now, a new generation of medicines using this technology are emerging to reduce people’s dependence on harmful chemical cocktails and provide them with unprecedented physical and psychic health, as well as extend life spans almost into eternity.
Dr Irene Caesar, the founder of WAVE GENOME, created a revolutionary approach to medicine based on applying the holographic principle and mastering the geometric codes of chromosomes – known as Quantum Biointernet techniques – which resulted in dramatic improvement to quality of life, 40% increase mental clarity increase and 20% lifespan increase all without chemical interventions whatsoever – this experiment recently published in Thonburi University journal in Thailand.
The Non-Locality of Every Wave Matrix
Quantum theory’s cornerstone feature, nonlocality of every wave matrix, can be observed through well-known experiments like Bell’s inequalities or macroscopic coherence and correlations in superconductors. But nonlocality also has wider ramifications; all phenomena belonging to certain categories must share an underlying structure known as the enfolded order of 2-matrix and this seems to account for all nonlocality in QM.
Therefore, all atoms, molecules, and condensed matter must be non-local due to being built from the same basic pattern of an unfolded wave matrix. This explains why these materials exhibit such remarkable properties compared to others types.
Information-based medicine will explode in popularity over time as technology eliminates our dependence on harmful chemical cocktails and provides instant communication among medical practitioners and patients. It will become an integral component of modern health care as we see informational-based medicines become widely adopted across society.
Irene Caesar and Wave Genome have pioneered an innovative system for remote management of biosystems based on this principle. By taking a high resolution picture from childhood of each subject and recreating their personal energy hologram in digital wave matrix format, information about their energy fields is then used to restore healthiness into current ones – this information then serves as the basis of their current energy restoration program. Their latest device known as ULTIMATE MINI-TESLA PSI-GENERATOR has exponentially more power than prior models!
This device is the most advanced and effective yet, featuring numerous protection features against psychotronic attacks. Furthermore, its easy use – in the form of a small pendant cased with pearl – makes it highly discreet; any individual wearing it won’t even know it is medical equipment!
MindTech-Enterprises now has this device available and I encourage everyone who wishes to protect themselves against these types of attacks to support this important initiative by purchasing their products. This is a crucial development, so buy their items as much as you can!
The Geometric Codes of Chromosomes
In this new theory, we suggest that chromosomes act as nonlocal wave crystals that focus genetic information specifically for each individual through their scalar wave diffraction gratings. Furthermore, we assert that their geometry modifies external linear signals from electromagnetic to holographic (@ Irene Caesar 2012 – Implications of Holographic Principle).
So we can use the holographic method to remotely manage biosystems, and now create individuals with enhanced physical and psychic abilities, dramatically extend their lifespans, and reverse most diseases by altering their chromosome genome structure.
To gain more insight into this phenomenon, we performed DNA damage-scanning analysis on cells exposed to various radiation conditions by employing the high-throughput sequencing technique RITCARD. The data was classified into intact and properly repaired chromosomes as well as CAs (translocations, inversions, rings and simple/complex exchanges).
Simulation of AG1522 cell nuclei using 3D nuclear geometry simulation allowed us to simulate nuclei with different shapes and sizes (Table 1). A cluster algorithm was applied to DNA Double Strand Break distribution data and showed that for every track traversal, more DNA Double Strand Breaks tend to cross chromosomes when nucleus sizes were small; conversely DSBs tend to congregate into clusters when nucleus sizes are large.
We found that the number of CAs correlates to chromosome domain size. This may be a consequence of how chromatin fibers in spherical nuclei are dense and close together while in ellipsoidal nuclei they tend to have more space between each domain. Simply stated, larger nuclei allow for greater overlap of chromosome domains and thus result in an increased rate of CAs. Smaller nuclei have the tendency to increase collision between adjacent chromosome domains, resulting in both more simple and more complex CAs. This effect is evident in Figure 14’s distribution pattern for double strand breaks (DSBs). Note that colors represent different exchange types: an orange one represents complex exchange while an empty circle signifies simple exchange.
The Remote Management of Biosystems
Irene Caesar established WAVE GENOME LLC, an American biotechnology company dedicated to cutting-edge research and development in Laser Polarized Bioholography. She is renowned scientist and pioneer of quantum medicine – which holds that DNA molecules contain not just frequencies but complex wave patterns encoded with information similar to holograms. WAVE GENOME‘s products include rejuvenation therapies and devices such as the TESLA WATER and MINI-TESLA GENERATOR which transmit personal genetic code holographic signals for revitalizing effects both body, mind, and soul.
Company also provides its customers with a remote monitoring service, designed to reduce instrument downtime and boost productivity by offering real-time troubleshooting, which allows technicians to perform in-depth examinations before sending back for repairs and helping prevent sample loss.
TAP Biosystems’ software offers several time-saving features designed to make managing systems simpler for scientists, including an easy user interface, faster ways of adding lab equipment into the system and an enhanced data report feature that exports directly into Excel spreadsheets.
Our faculty conduct cutting-edge research in areas including alternative energy and buildings, biofuel production and processing, grain storage and handling and remediating contaminated soils and groundwater. Discover more of their world-class research while discovering opportunities, supports and resources available to you as a graduate engineering student.
