FIG. 5 depicts a device for combatting Varroa ticks and their larvae 2, composed of an optical range with frequency-destructors and parazitarnogo diapazon, converted into a parametrically coupled radiovolnovo spektr. This spectrometer has genetic features adapted specifically to biological objects scanned during its operation.
This unique way of administering photons to DNA causes its helicity to change from B-DNA to Z-DNA, healing the organism.
Quantum Immunity
Garyaev‘s theory of quantum immunity holds that our immune systems operate like quantum resonators capable of receiving informational signals on a nonlocal level. According to this theory, these signals determine whether an organism can effectively combat viruses and parasites.
As well as his theory of immunity, he also developed methods for transmitting genetic information between living organisms. These techniques use bioluminescent proteins as transmitters and receivers of genetic data – this way encoding specific organism’s genetic code with each protein transmission through DNA molecules encoding its genetic code encoding its coded DNA molecules; such vaccines could offer protection from various diseases including cancer.
Quantum vaccinomics also utilizes computational protein design algorithms to identify and amplify functional motifs present across strains of the same pathogen, using these motifs to design protective antigens that elicit a strong and specific immune response against them. These antigens then undergo testing against multiple pathogen strains to ensure maximum success.
Identification and enhancement of functional motifs require using several techniques, including yeast two-hybrid screen, immunological screening and musical scores. These tools serve to quickly identify effective antibodies and chimeric antigens as well as developing biocompatible vaccines.
Quantum vaccinomics involves inserting a sequence-based processor from a quantum computer into the genomes of plants, fungi, animal cell cultures, archaea bacteria single or multicellular organisms and their chromosomes to read their logic circuits as living cells are observed; additionally the system can scan for special spectral features of mShEI that distinguish atypical cells and parasites unique to these organisms.
Quantum biocomputers can then analyze these spectral characteristics and compare them against the mShEI spectra of viruses or parasites, to detect any abnormal cells or parasites present. Once detected, this information can then be relayed back to genomic logical circuits in host cells in order to activate immune response against these parasites or viruses.
Quantum Healing
Quantum healing is a mind-body therapy that blends principles from quantum physics with holistic health concepts, with an emphasis on believing our thoughts and emotions have an influence over physical wellbeing, while emphasizing interconnectivity among all living things. These ideas align well with meditation practices which have been proven to reduce stress and improve health; similar benefits have also been noted from meditation practices which reduce stress. Quantum healing may prove helpful for people suffering chronic conditions like fibromyalgia, lupus or depression and involves breathing exercises, meditation visualizing and breathing exercises all together with breathing exercises used for self-esteem issues or feelings of worthlessness.
Practitioners of quantum healing believe that life-force energy, or chi, flows throughout the body and promotes wellness. Breathing techniques and visualization exercises can be used to focus this energy and enhance its flow – similar to Ayurveda which views health as an equilibrium between mind, body and spirit. People who utilize quantum healing often report feeling more relaxed and peaceful after participating in sessions as it can also relieve symptoms associated with depression like fatigue and sleeplessness.
Many practitioners of quantum healing claim it can cure diseases, yet its critics deny any scientific basis for such claims. Furthermore, they warn that its popularity could encourage people to forego traditional medical treatments that could prove more dangerous; additionally they state that quantum healing processes do not work effectively against serious illnesses like cancer.
Quantum healing works on the theory that our bodies have an ability to heal themselves by discharging negative energy through chakra balancing. By doing this, cells can function more efficiently while your immune system can fight disease more effectively.
Quantum healing sessions involve channeling energy through your hands. Practitioners sometimes employ “sandwiching,” where one hand covers an area needing healing with another under it; or make a tripod with their thumb and forefinger to focus on one small area at once.
Quantum Physics
Quantum mechanics is a force at work in our universe that few are aware of; it outlines how matter and energy interact in subatomic particles – an activity at the core of modern technology such as flat panel TVs, LED-backlit displays, medical imaging scanners, electron microscopes and long distance communication systems that allow us to make phone calls or surf the web.
At its core, matter can exist in two forms simultaneously: as particles or waves. Particles must exist at a particular place at any one time while waves can travel over a wider area. Superposition physics allow objects to exist simultaneously in multiple states simultaneously; you could call this being “here and there.” This concept should come as no surprise to anyone who has witnessed coin flips: whether we look at them is what determines whether we see heads or tails!
Quantum physics emphasizes that particles can only exist in certain states at any one time, due to a mathematical limit imposed by Heisenberg’s uncertainty principle – the inability of simultaneously measuring an object’s precise position and momentum (mass times velocity). We can measure its momentum using wave crest measurements; but accurate position measurements require physically capturing the particle and measuring it directly.
However, there’s a way around this limitation: physicists combine quantum mechanics with other areas of science to form what are known as quantum field theories. There are three such theories covering electromagnetism, strong nuclear force that holds atoms together and radioactive decay as well as weak nuclear force which causes decay.
However, an elephant in the room remains: gravity. Although extensive efforts have been undertaken over decades to bring it under the purview of quantum theory, they have failed.
Quantum Technology
Quantum phenomena has led to the creation of technologies that could revolutionize computing, communications and sensing. While these innovations have yet to reach maturity, their consequences for national security may include potential new risks to encryption and stealth technology as well as key questions regarding national policymaking and international cooperation on quantum technologies.
Many skeptics believe quantum technology is still decades away, yet recent innovations in theory, fault-tolerant algorithms, fabrication technologies and quantum sensor technologies indicate an acceleration in innovation. Furthermore, commercialization times vary depending on application; quantum sensor technologies could come sooner than high-performance quantum computers.
Scientists are exploring quantum teleportation – an advanced communication method using entangled photons – which could offer faster and more secure transmission than existing communication systems. But its implementation will require an elaborate network of quantum repeaters capable of dispensing photons over long distances; creating such a network is an immensely difficult technical challenge that will require extensive collaboration between research partners and industry partners.
Quantum cryptography research is another area that is gathering momentum. Scientists envision creating secure cryptography that cannot be broken by future quantum computers and sending communications impervious to eavesdropping. Applications like these will take years or decades to develop fully, but progress is being made.
Governments are taking steps to become leaders in quantum technology and create policies surrounding its application, including creating research conglomerates such as Europe’s Quantum Technology Flagship which brings together academia, government and industry in an attempt to accelerate EU leadership in quantum science.
Though limiting Chinese access to quantum technology is important, the United States should also expand its own capacity for research and development in this area. This will involve creating partnerships among industries and academia as well as building a global market for quantum applications. Furthermore, it is crucial that the U.S. establish a balanced approach towards technology transfer – as too restrictive export controls for quantum technology would do more harm than good to our efforts, as evidenced by previous experience with satellite and encryption control rules.
