Pathogens Detector For Far-Range
ASB describes it's long-range deep Patterns Materials Detectors
Pathogens Detector For Far-Range
ASB describes it's long-range deep Patterns Materials Detectors
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Detection of Pathogens/Disease in the Human Body by William G. Birchard
There exists a critical need for a capability of rapidly detecting pathogens and organisms from a distance or live in in the human body. A technology development in the field of Magnetic Motions has the capability to not only detect pathogens, including new strains as they occur but also to potentially kill them. This Device can also be used to repair cells in the body
We have developed a proprietary method to detect, identify, and quantify these magnetic codes from a distance, providing advance warning of a pending pandemic well before infection of the masses. A non-invasive method for the detection of pathogens or strains of pathogens - including COVID-19 – and screening of the population can be accomplished on a mass scale in real-time with pinpoint accuracy and zero false reports.
This paper will present methods for instantly detecting various strains of pathogens in the body or on/in almost any materials or media. We will also reveal how pathogens are transmitted throughout the body, materials surfaces, liquids, or the atmosphere; including human to human, animal to human, even human to animal.
Science
It is a well-established scientific fact that all molecules - including pathogens, germs, or organisms – emit constant, well-defined magnetic frequency vibrations in the form of unique and identifiable patterns. These unique energies provide a type of signature analogous to DNA but are more comprehensive in their patterns. This magnetic energy determines molecular function and provides their transport and direction of travel.
A report by Grant Miner for BIOL 238 Microbiology, taught by Joan Slonczewski, 2016, Kenyon College:
https://phys.org/news/2018-09-magnetic-bacteria-unique-superpower.html
Discovered in 1975 by Richard Blakemore:
“After further tests and observations, Blakemore confirmed the bacteria were reacting to magnetism”
“Magnetotactic bacteria (MTB) are a polyphyletic group of Gram-negative prokaryotes. Members of this group are characterized by their ability to align themselves and swim along a magnetic field. They owe this ability to the magnetosome, a specific intracellular structure that contains crystals of magnetic metals (usually magnetite or greigite) bounded by a membrane”. They were discovered in 1975 by Richard Blakemore. In his paper “Magnetotactic Bacteria”, he observed bacteria migrating along geomagnetic lines and, upon investigation, the magnetosome. This discovery impacted the scientific communities across many disciplines, including geology, mineralogy, chemistry, biochemistry, physics, oceanography, and microbiology. Because all species of MTB require microaerobic conditions, few species have been cultivated in pure conditions. Because of this, they are relatively difficult to use in biotechnology. Nevertheless, researchers have succeeded in making headway in utilizing these strange organisms”.
In his paper “Magnetotactic Bacteria”, Blakemore describes how magnetics/electromagnetics affects these “Magnetotactic Bacterial” pathogens. If this does indeed occur, the reverse can also occur. This means that pathogens can be carried by magnetic fields and radio frequencies; a high-power magnetic wave, like a Microwave transmitter. They can also be detected in blood and on surfaces at long range. Pathogens have an inherent magnetic carrier embedded that can determine how they work, direction and distance traveled.
Our technology is based on the science of molecular magnetics related specifically to viruses & bacteria. The IDS detects, locates, and identifies these “Magnetotactic Bacteria” anywhere in the body. It identifies infected materials(combinations of pathogens) concealed by or in any object. This is accomplished by acquiring the vibrational magnetic patterns, nature recognition codes coming off of the target. It is now possible to detect these magnetic signatures and codes and catalog them into a database and detect them from a far range.
Intelligent Detection System (IDS)
The Intelligent Detection System (IDS) instantly detects pathogens attached to or embedded in any material or mass; detecting different strains of pathogens, even well before symptoms present themselves, from a predetermined distance. The IDS will detect, identify and classify pathogens in the body, in or on almost all materials, and different media from a distance or residing in the human body.
The technology we employ for the IDS borrows directly from our decades-long experience in the development of our proprietary hidden explosive/weapons detection technologies and products. In each application, the technology used can be simply explained as detection, location, and identification of unique magnetic signatures of molecules that comprise all elements and organisms, no matter their location.
All cells and organisms emit magnetic energy, each in unique vibrational patterns that can be translated into magnetic codes. These unique signatures are analogous to DNA but more comprehensive. The IDS distinguishes magnetic vibrational patterns on the surface of any targeted area, including pathogens in the body, in blood, or combined with other materials. The IDS penetrates the cellular surface of the target area and brings back to the surface a tremendous amount of data used for identification.
Operation
Pathogens can stealthily conceal or embed themselves behind or within many different materials. All pathogens rely on some type of carrier for transmission, attaching themselves to other cells in the body, in blood, or with other materials that may themselves be extremely difficult to detect. Pathogens are thus transmittable in many ways - skin contact, bodily fluids, airborne particles, fecal matter, or infected surfaces. Further, animals, birds, and other living creatures naturally harbor microorganisms potentially harmful to the general population. Pathogens attached to their carriers allow them to be transmitted at extreme distances, including across the planet.
The IDS employs a specially-designed low-frequency pulse wave oscillator along with an IR optical sensor synchronized to locate and analyze pathogens on, or concealed in or behind surfaces at long-range. The pulsed wave penetrates target surfaces to detect concealed pathogens; the IR sensor distinguishes patterns (vibrational magnetic signals patterns, or magnetic codes) of pathogens on the surface of the targeted area, including in blood or combined with other materials. The IDS brings to the surface a tremendous amount of critical data providing a visual picture of the pathogens on a display.
Low-frequency Wave Oscillator
Low-frequency waves can penetrate almost any barrier. They tend to reflect a certain amount of that energy back to its source, though at different frequencies, vibrations, vectors, and patterns. The IDS employs a low-frequency wave oscillator to send a <500 Hz wave, non-invasive, magnetic pulse to the target. This excites the molecules on the target surface, causing them to scatter, allowing the signal to penetrate deeper and access elements hidden behind or within the surface. These activated magnetic vibrations of the inner molecules cause a reactive disturbance back on the outer surface of the target, actually transferring the aptitudes, vibration, wavelength, and spectrum of the hidden materials to the surface. This causes a change in the magnetic vibration frequency of the molecules on the target surface. This differential is specifically what facilitates detection.
IR Optical Receiver
A high-resolution optical IR sensor is used that distinguishes the critical rates of change(RofC) of the amplitude, vibration, wavelength, thermodynamics (heat), and phase shifts of the target surfaces that were affected by the vibrations of the hidden, inner molecules. The sensor captures returning RAW magnetic signals – an array of thousands of pixels& codes depicting shapes, colors, temperatures, and phases shifts- and sends them to a microcomputer for analysis. The microcomputer uses proprietary Digital Signal Processing (DSP) software to compare the captured data against a database of magnetic signature codes of known materials or elements. Once recognition occurs, identification of the pathogen has been triggered and an alert is sent to a device such as a Smartphone, OLED or video display, command center, internet, etc.
In sum, the Intelligent Detection System (IDS) operates in two stages: 1) A low-frequency wave oscillator pulse penetrates material surfaces and locates hidden pathogens embedded in or behind materials or in the human body;2) a high-resolution IR optical sensor captures and analyses the vibrational magnetic patterns emitted by the target material and instantly identifies the pathogens or combinations of pathogens.
A secondary method for detecting hidden matter uses an optical sensor that can detect frequencies (not surface vibrations) that are in tune with the frequency of the Low-Frequency Pulse Wave Oscillator. All-optical sensors operate at variable frequencies according to their semiconductor structure. If the sensor frequencies (voltages in the semiconductors, each pixel) match the reflected RF signals sent back to the IR sensor, a well-defined picture of the hidden elements can be seen on a display and/or sent to a database for comparison and identification.
Conclusion:
The study of magnetics in medicine is a largely untapped field. However, research and experimentation in the area of magnetics vis-à-vis cells in the body, blood, pathogens, and even some diseases goes back to the 1950s.
The IDS incorporates the science of medicinal magnetics in a non-invasive tool that provides a complete statistical set of data needed in the war against pathogens and other deadly organisms. Using vibrational magnetic signals that emanate from all molecules, the IDS locate and identify invaders and diseases virtually anywhere they are hiding in real-time.
Presently, optical devices currently in use, such as IR cameras, visible spectrum cameras, etc., only detect surface heat and possibly a phase shift. None of these are able to look very deep into a surface. As such, pathogen detectors currently in use merely rely on physiological symptom changes or deviations in the body which only lead medical professionals toward a range of diagnoses. The IDS technology has the ability to detect and identify the specific pathogen actually that causes these symptoms with no false reports.
Used locally, the IDS will allow the detection of pathogens residing in the body or from a distance and halt them. Detection and screening for COVID-19 can be accomplished with a device worn on the body or with a wide collector screen, screening thousands of people in a matter of hours with pinpoint accuracy. Used globally, the IDS employs GPS to pinpoint the origin of pathogens at any location on the globe, track their paths, and demonstrate how and why deadly pathogens are able to spread with such rapidity.
The IDS displays in real-time video or still pictures of the surface targets and all the surrounding areas. A person with a wearable device or Smartphone can detect pathogens in, on, near to them, or from a distance. As future virus strains emerge, new apps can be created to detect these as well. Results are instantaneous and reported via the internet, cell phone, or local media. These methods and technologies will allow us to more effectively isolate and quarantine only infected segments of the population.
IDS units are easily adaptable to function in any physical configuration or device, stationary or mobile. The IDS can be packaged in a small hand-held or wearable unit. A small IDS unit has a range of approx. ten meters; the transmitter weighs 3-5 lbs. and is housed in a small round tube approx. 7 in. length and 4.3 in. diameter and is attached to the optical sensor. Longer range detection can be achieved depending on the power provided by the unit.
The IDS is also suitable for security posts, airports, roads, entryways, submersibles, UAV/UGV, and is attachable to a Smartphone. As new strains evolve, new apps can be created and downloaded, sending data anywhere it is needed and displaying results in real-time in a video or still picture on a standard OLED.
We endeavor to demonstrate our personal detection methods and processes by building wearable devices to detect the presence of the COVID-19 virus. This equipment will scan for pathogens at short or long-range using advanced hardware technologies along with artificial intelligence, data analysis, data collection, advanced wireless communication, and live streaming internet data information to facilitate the prevention of the spread of pathogens or be applied to other strains of pathogens in future pandemics.
Long-range detection is the critical top to stop viruses from entering our borders. All our methods and technologies can be applied in real-time; test results are instantaneous. Using the internet, cell phone, and local media, these critical pieces of data will allow us as a population to isolate more efficiently and quarantine only infected segments of the population. This technology has the potential to eventually halt, perhaps even eradicate, these harmful, microscopic invaders.
References
https://phys.org/news/2018-09-magnetic-bacteria-unique-superpower.html
https://vitalitymagazine.com/article/biomagnetism-clears-pathogens-from-the-body/
https://www.frequencyrising.com/magnettherapy.htm
https://www.sciencedirect.com/science/article/abs/pii/S0925400519300498
https://www.ncbi.nlm.nih.gov/pubmed/26873320
https://www.elsevier.com/connect/how-a-new-test-could-help-curb-the-spread-of-ebola
https://www.artofhealth.co.za/quantum-bacterial-and-pathogen-scanner/
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Far-Range
A proven technology, looking for Pathogens Patterns in the Blood from a distant , Without penetrating the Skin or near the body wbirchard@andronicssuperblue.com Materials Detectors
ECCN numbers with Department of US Commerce
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