Jack Reacher: MP’s are on the way now.
If it were up to me, I’d just kill you.
It’s just going to keep on ringing.
Sheriff Wood: (Answers phone) Sheriff Raymond Wood.
(To Reacher) Who the hell are you?
Jack Reacher: The guy you didn’t count on.
From the film “Jack Reacher, Never Go Back”, written by Edward Zwick, 2016
All of this information is sitting out there, carefully compartmentalized by all of the purportedly well-meaning scientists whose work I’ve credited below.
I’ve provided a high-level overview which, for some reason that you’ll need to divine for yourself, they’ve been unable to synthesize. I beg the reader to recall that all of the authors are scientists who are studying the subject for a living. They are literally being paid to write about it.
Today’s biggest breakthroughs include my documentation of the connection between increased levels of low-wavelength electromagnetic radiation and suicide in females, yet not among males.
EXECUTIVE SUMMARY
All living creatures are exquisitely sensitive to magnetic fields.
It is changes in a magnetic field (which are often confounded with intensity) that affect living things, rather than the stable intensity of the field. The variance and pattern of geomagnetic fields is as or more important than its intensity.
This clearly demonstrates why the data packets going to and fro between the towers and repeaters are so crucial to the efficacy of the great Death energy network we’re analyzing here.
The mechanism for magnetoreception is magnetite-based. Magnetite, which is found in a subset of bacteria, is a substance that lines up with the earth’s magnetic field like a compass.
Magnetite is distributed in trace amounts throughout the human brain, and has also been found in the bones of the human sinus. It is common in the heads of all vertebrates.
It is also present in a wide variety of other animals, all widely known to respond to magnetic stimuli, such as bees and pigeons.
The cells containing the magnetite crystals mechanically translate movement due to external magnetic fields into changes in membrane potential of the cells.
The purportedly-harmless non-ionizing radiation from what we collectively refer to as “wireless communication” degrades our internal compass.
Increased levels of microwave radiation inhibit pain relief.
Increased levels of microwave radiation increase systolic and diastolic blood pressure.
Increased levels of microwave radiation increase heart rate.
Increased levels of microwave radiation cause “general diminished positive affect, which may in turn cause irritability, diminished vigilance, and impulsiveness”.
Increased levels of microwave radiation diminish psychic ability.
Two separate studies documented significantly increased levels of microwave radiation in areas identified with ghost sightings.
Increased levels of microwave radiation allow demonic incursion. That’s why, in three separate studies, 50%, 49% and 37% of those whose brains’ right temporoparietal region was stimulated with a weak electromagnetic field agreed “I experienced a presence”, while just 12% of controls reported the same.
If a baseline of 12% of the general populace are encroached upon by demonic entities, then increased levels of microwave radiation increase incursion by demonic entities by 278%, or almost quadruple them, from 12% to 45.3% (the average of 50, 49 and 37).
Increased levels of microwave radiation correlate with increased mental hospital admission.
Increased levels of microwave radiation caused a 36.2% increase in male hospital admissions for manic depression. First author Ronald W. Kay called it "statistically significant ".
There was also a lesser increase among females, which statisic first author Ronald W. Kay omitted, and called "not statistically significant .
Increased microwave microwave radiation levels from geomagnetic storms increase suicide among females. First author Michael Berk omitted the percentage, and referred to it only-generally as “significant”.
Increased microwave radiation levels from geomagnetic storms do not cause an increase in suicide among males.
First author Michael Berk offered no suggestion as to why geomagnetic storms might increase suicide by some unspecified albeit allowedly significant amount, but not among males. That’s an example of the propaganda technique known as “stonewalling.”
In a study of Canadian prisons in 2006, in women’s prisons, most of the violence accompanying the increased electromagnetic radiation from storms consisted of suicide or self-inflicted injuries.
In male prisons in Canada, there was an inverse relationship between increased microwave radiation levels and suicide. First author Ronald W. Kay described it as “interesting”.
He offered no suggestion as to why increased levels of microwave radiation increase suicide among females, but not among males. That’s an example of the propaganda technique known as “stonewalling”.
In 1976, a positive correlation between increased levels of microwave radiation and psychosis was demonstrated in a Moscow mental hospital.
In 2004, a positive correlation was demonstrated between increased levels of low-level electromagnetic radiation and schizophrenia.
In 1976, a correlation was demonstrated between increased levels of microwave radiation and sudden infant death syndrome.
Wi-Fi kills babies. That’s why “Sudden Infant Death syndrome” began to increase beginning in 1997. That’s right when the literal forest of what we collectively refer to as “cell towers” was thrown up, er, suddenly virtually overnight in all the nations.
From 2020 to 2022, the unknown cause mortality rate in infants increased by 18%, from 25 to 29.4 deaths per 100,000 live births.
THE DATA
ALL LIVING CREATURES ARE EXQUISITELY SENSITIVE TO MAGNETIC FIELDS
Blindfolded humans (all from industrialized Western societies) sat on a chair which rotated in an irregular fashion. At certain points, the chair stopped and they were asked to name the direction they were facing. There was a weak but significant trend to correctly name directions.
More importantly, artificial magnetic fields reduced accuracy, and artificial rotation of magnetic North resulted in a corresponding change in direction guesses.
The purportedly-harmless non-ionizing radiation from what we collectively refer to as “wireless communication” degrades our internal compass.
Migratory animals, including birds, sea turtles, whales, and dolphins, use ultra-low wavelength microwave radiation to navigate to a specific location, often with pinpoint accuracy, across vast distances and even when artificially displaced to an unfamiliar location.
When birds are placed in a steel vault, their sense of direction breaks down.
In 1995, experiments with caged birds confirmed that when magnetic North was artificially rotated, birds shifted their orientation to correspond with the artificial magnetic field rather than with true direction.
Non-migratory animals are also sensitive to low level electromagnetic radiation.
Mole-rats navigate by magnetism in order to locate nesting sites, food caches, and other goals.
When the sky was completely, or even partly, overcast, newts’ internal magnetic compass was the primary source of directional information used to find their way home.
Bumblebees can returning to their nest in complete darkness and absence of odour cues.
Leaf-cutter ants use magnetic fields to navigate in the darkness of thick forest canopy or underground.
Hamsters have a well-developed magnetic sense, tending to build their nests along certain magnetic axes.
WHY IT’S THE LAW THAT YOU HAVE TO INSTALL PLUMBING
In experiments, fish respond to experimentally-induced fields by aligning themselves perpendicular to them.
Fish in the Gulf of Mexico have been observed to align themselves directly above buried oil pipelines,
The University of Western Ontario’s Mike Battista called the behavior "unusual".
HOW THE MECHANISM OF DETECTING MAGNETIC FIELDS, OR MAGNETORECEPTION WORKS
The mechanism for magnetoreception is magnetite-based. A subset of bacteria contain magnetite, a substance that lines up with the earth’s magnetic field like a compass.
Magnetite is distributed in trace amounts throughout the human brain, and has also been found in the bones of the human sinus. It is common in the heads of all vertebrates.
It is present in a wide variety of other animals widely known to respond to magnetic stimuli, such as bees and pigeons.
The cells containing the magnetite crystals mechanically translate movement due to external magnetic fields into changes in membrane potential of the cells.
The variance and pattern of geomagnetic fields is as or more important than its intensity.
It is changes in a magnetic field (which are often confounded with intensity) that affect living things, rather than the stable intensity of the field.
It demonstrates clearly why the data packets going to and fro between the towers and repeaters are so crucial to the efficacy of the great Death energy network we’re analyzing here.
(this needs its own article - “A theory involving ‘splitting’ of consciousness due to quantum properties of matter has also been proposed (Booth et al., 2005)”.
WHY EVERYONE IS AN ASSHOLE, THESE DAYS
Increased levels of low-level electromagnetic radiation disrupt melatonin synthesis. That’s why, in September 2019, first author Recep Akkaya published “Wi-Fi decreases melatonin protective effect and increases hippocampal neuronal damage in pentylenetetrazole induced model seizures in rats” in the journal Pathophysiology.
Increased levels of low-level electromagnetic radiation cause “general diminished positive affect, which may in turn cause irritability, diminished vigilance, and impulsiveness”.
Forgive them, Father, they know not what they do.
WI-FI INHIBITS PAIN RELIEF
Increased levels of low-wavelength eletromagnetic radiation inhibit pain relief.
Mice subjected to painful heat in a geomagnetically shielded box took longer to lift their paws in response to that heat, compared to control mice in an unshielded box.
COMMUNICATION THROUGH THE ETHER VIA LOW-LEVEL ELECTROMAGNETIC ENERGY
In an 1859 storm, geomagnetically induced electrical currents allowed telegraph operators to carry on a conversation, without batteries, for approximately two hours.
WI-FI EXPONENTIALLY INCREASES “SCHIZOPHRENIA” AND “MENTAL ILLNESS”
For those late to the party, “schizophrenia” and “mental illness” are modern memes for what has been called for all history “demonic possession”.
In 1963, increased electromagnetic radiation was to shown to correlate with increased mental hospital admission in New York.
Increased microwave radiation levels from geomagnetic storms cause a 36.2% increase in male hospital admissions for manic depression. First author Ronald W. Kay called it “statistically significant”.
There was also a lesser increase among females, which first author Ronald W. Kay omitted, and called "not statistically significant.
Increased levels of Microwave radiation allow demonic incursion.
That’s why, in 2001, 50% of those whose brains’ right temporoparietal region was stimulated with a weak electromagnetic field agreed “I experienced a presence”, while just 12% of controls reported the same.
Increased levels of microwave radiation allow demonic incursion.
That’s why, in 2005, two different repeating studies respectively showed that 37% and 49% of those exposed to increased levels of purportedly-harmless non-ionizing electromagnetic radiation said that they “sensed a presence”.
It’s why Led Zeppelin’s album from 1976 is called “Presence”:
[image]
(The fall of Lucifer, from Led Zeppelin’s “Presence”, 1976)
If 12% of the general populace are as a baseline encroached upon by demonic entities, then increased levels of microwave radiation increase increase incursion by demonic entities by 278%, or almost quadruple them, from 12% to 45.3% (the average of 50, 49 and 37).
In 2005, a study was performed in England’s Hampton Court Palace, a former home for literally-blood-drinking British monarchs, and now a popular historical attraction that is frequently referred to as “one of the most haunted places in England”. (Guiley, 1994, as cited by Wiseman et al., 2003). The palace was divided into several areas; some were identified as “haunted” due to frequent reports of unusual experiences there, and the rest were identified as “control” areas. Groups of participants (visiting members of the public) walked around the palace and filled out several questionnaires. Information gathered from participants included reports of unusual experiences, and prior knowledge about the palace. The intensity and variability of magnetic fields were measured for 30 minutes in each of the specified areas of the palace.
The University of Western Ontario’s Mike Battista said in comment “Half of the participants reported having some sort of unusual experience. Compared to chance, significantly more experiences occurred in the areas previously identified as haunted, validating previous reports of haunting experiences in these areas. These unusual experiences appear to happen in certain areas rather than being evenly distributed throughout the building.”
He went on to say “there was significantly more variance in magnetic field strength in the areas previously identified as haunted than in the control areas. Furthermore, field variance was significantly correlated with the number of unusual experiences actually reported by the participants. A second study in another allegedly haunted location, using a similar but improved method, yielded a similar correlation.”
Despite the fact that he professes to be a scientist, the University of Western Ontario’s Mike Battista hid the statistics behind the hedging generalities “significantly more variance in magnetic field strength” and “significantly correlated with the number of unusual experiences”
Increasing levels of low-level electromagnetic radiation are directly correlated with ghost sightings.
In 1976, a positive correlation between increased levels of low-level electromagnetic radiation and psychosis were demonstrated in a Moscow mental hospital.
In 2004, a correlation was demonstrated between geomagnetic storms and the seasonality of birth months in people with schizophrenia.
WI-FI DRIVES SUDDEN INFANT DEATH SYNDROME
In 1976, a correlation was demonstrated between increased levels of low-level electromagnetic radiation and sudden infant death syndrome.
Wi-Fi kills babies. That’s why “Sudden Infant Death syndrome” began to increase beginning in 1997. That’s right when the literal forest of what we collectively refer to as “cell towers” was thrown up, er, suddenly in all the nations.
From 2020 to 2022, the unknown cause mortality rate in infants increased by 18%, from 25 to 29.4 deaths per 100,000 live births.
WI-FI EXPONENTIALLY INCREASES SUICIDE AMONG WOMEN
WI-FI MAKES YOU WANT TO KILL YOURSELF
“The more data you compile the clearer this will become and I think it’s worth pursuing but just broaching the subject is a pioneering effort.”
Don Croft to Jeff Miller, on technology driven suicide, 2017
Increased microwave microwave radiation levels from geomagnetic storms increase suicide among females. First author Michael Berk omitted the percentage, and referred to it only-generally as “significant”.
Increased microwave radiation levels from geomagnetic storms do not cause an increase in suicide among males.
First author Michael Berk offered no suggestion as to why geomagnetic storms might increase suicide by some unspecified albeit allowedly significant amount, but not among males. That’s an example of the propaganda technique known as “stonewalling.”
In a study of Canadian prisons in 2006, in women’s prisons, most of the violence accompanying the increased electromagnetic radiation from storms consisted of suicide or self-inflicted injuries.
WI-FI ACTUALLY DECREASES SUICIDE AMONG MALES
In male prisons in Canada, there is an inverse relationship between increased microwave radiation levels and suicide. First author Ronald W. Kay described it as “interesting”.
He offered no suggestion as to why increased levels of microwave radiation increase suicide among females, but not among males. That’s an example of the propaganda technique known as “stonewalling”.
WI-FI MAKES YOU WANT TO HARM OTHERS
In a study of Canadian prisons in 2006, there was a positive correlation between increased electromagnetic radiation and increased an increased level of violence among the inmates of a non-psychiatric medium security male prison.
THE ARTICLES
In November 1963, H. Freedman, R.O. Becker C.H. Hoffman published “Geomagnetic Parameters and Psychological Hospital Admissions” in the journal Nature.
Where “a significant relationship was shown between psychiatric disturbance as reflected in hospital admissions and natμral magnetic field intensity”.
Behind a paywall. No abstract available.
In January 2018, Ronald W. Kay published “Geomagnetic Storms: Association with Incidence of Depression as Measured by Hospital Admission” online by Cambridge University Press.
In it, we read “a statistically significant 36.2% increase in male hospital admissions with a diagnosis of depressed phase, manic-depressive illness in the second week following such storms compared with geomagnetically quiet control periods. There is a smaller but not statistically significant increase in female psychotic depression and non-psychotic depression admissions following storms.”
Geomagnetic storms cause a 36.2% increase in male hospital admissions for manic depression.
In May 2008, the University of Western Ontario’s Mike Battista published “Effects of Geomagnetic Fields - The Effects of Geomagnetic Activity on Human Behaviour: Review and Implications for Personality Psychology”.
In it, he wrote "In an 1859 storm, geomagnetically induced electrical currents allowed telegraph operators to carry on a conversation, without batteries, for approximately two hours.
Perhaps the most well known biological use of magnetic fields is in navigation. Migratory animals are able to navigate to a specific location, often with pinoint accuracy across vast distances and even when artificially displaced to an unfamiliar location.
Early researchers noted that their sense of direction broke down when placed in a steel vault which (among other things) reduced the geomagnetic field. Experiments with caged birds (see Wiltschko & Wiltschko, 1995) confirmed that when magnetic North was artificially rotated, the birds shifted their orientation to correspond with the artificial magnetic field rather than with true direction.
This method of navigation is not limited to migratory birds. Sea turtles also appear to use the geomagnetic field for navigation.
Non-migratory animals also use the geomagnetic field for navigation. Diego-Rasilla, Luengo, and Phillips (2005) compared magnetic navigation to celestial cues (e.g., the moon) in the nocturnal movements of newts. They found that when the sky was completely, or even partly, overcast, their internal magnetic compass was the primary source of directional information usedby the newts to find their way home.
Insects, too, use magnetic fields for navigation. Bumblebees are capable of returning to their nest in complete darkness and absence of odour cues (Chittka, Williams, Rasmussen, & Thomson, 1999). Leaf-cutter ants have a myriad of methods for finding their way between food and their nest, such as creating pheromonal and architectural trails and celestial cues. However, trails can quickly deteriorate, and navigation must often take place in the darkness of thick forest canopy or underground. In these conditions, ants are able to use the earth’s magnetic field to findtheir way home from foraging sites (Banks & Srygley, 2003)
Magnetic navigation is not limited to non-mammalian species. For example, mole-rats have been shown to navigate by magnetism in order to locate nesting sites, food caches, and other goals (Kimchi & Terkel, 2001). Hamsters, too, have a well developed magnetic sense, tending tobuild their nests along certain magnetic axes (Deutschlander et al., 2003). Large, intelligent mammals also navigate by geomagnetism. Whales and dolphins have the ability to navigate in this manner (Klinowska, 1988); it has been suggested that magnetic anomalies in certain regions or during periods of unusual solar activity are a cause of mass incidences of whales becoming stranded on beaches (Vanselow & Ricklefs, 2005)
Increased magnetic activity also appears to affect pain perception in mice. Del Seppia et al. (2000) observed mice who were exposed to an aversive thermal stimulus (i.e., a painful heat) after being placed in a translucent tube. Placement in the tube is known to induce stress, causing stress-induced analgesia (pain relief). The experiment took place in either a normal wooden box,or a box that was shielded from the Earth’s magnetic field. The time taken to react to the painful heat was recorded, and interpreted as a measure of the effectiveness of the analgesia. It was found that mice in the geomagnetically shielded box took longer to lift their paws in response to the heat, compared to mice in the normal box. Thus, the stress-induced pain relief was less effective when the geomagnetic field was absent. Removal of the naturally occurring geomagnetic field appears to inhibit pain relief. Perhaps paradoxically, there seems to be a general trend for experimentally-induced electromagnetic fields to increase pain sensitivity (Del Seppia et al., 2007). However, it is possible that it is disruption of the normal geomagnetic field,rather than simply an increase or decrease in activity, that causes inhibited pain relief and increased sensitivity to p
Effects of Geomagnetic Fields 9 An unusual example of animal behaviour being influenced by magnetic fields occurs in fish inthe Gulf of Mexico. They have been observed to align themselves directly above buried oil pipelines, perpendicular to the axis of the pipeline. Because some fish respond to experimentallyinduced fields by aligning themselves perpendicular to them (Ikeya, Takaki, & Takashimizu, 1996), it has been proposed that this behaviour is due to magnetic fields in the pipelines (Arnason et al., 2002). The fields may be caused by properties of the pipe itself, or may be temporarily induced by geomagnetic storms, as mentioned earlier
Robin Baker has done extensive research on the ability of humans to orient themselves by the geomagnetic field (Baker, 1980; Baker, 1989). In the strongest demonstrations, blindfolded participants (all from industrialized Western societies) sat on a chairwhich rotated in an irregular fashion. At certain points, the chair stopped and they were asked to name the direction they were facing. Baker found that, in general, there was a weak but significant trend to correctly name directions. More importantly, artificial magnetic fields reduced accuracy, and artificial rotation of magnetic North resulted in a corresponding change in direction guesses. This behaviour resembles that of migratory birds in similar situations, and thus may indicate an internal magnetic compass in humans
Other biological effects of geomagnetic activity have been discovered. Dimitrova, Stoilova, and Cholakov (2004) found that an increase in geomagnetic storm activity was associated with an increase in systolic and diastolic blood pressure, in addition to a trend toward an increase in heart rate.
Several demonstrations of the relationship between human activity and geomagnetic activity are quite dramatic, literally having a role in life-or-death decisions.
examined suicides in Australia and the Ap index of geomagnetic storm activity. They found that in Autumn, there were significantly more female suicides when the Ap index was greater than 100 nT than when the index was below 100 nT.
This increase in suicides persisted for 2 days after the geomagnetic storm causing the increases in the Ap index. Similar findings have been reported in Finland (Partonen, Haukka, Nevanlinna, & Lonnqvist, 2004) and South Africa (Gordon & Berk, 2003). Though perhaps limited in strength, increased geomagnetic activity is consistently related with an increase in the number of suicides.
- aside - In February 2006, first author Michael Berk published a study in the journal Bioelectromagnetics documenting the fact that changes in magnetic fields cause an increase in suicide among females, but not among males. He asked “Do ambient electromagnetic fields affect behaviour? A demonstration of the relationship between geomagnetic storm activity and suicide”.
In it, we learn “Suicide amongst females increased significantly in autumn during concurrent periods of geomagnetic storm activity (P = .01). This pattern was not observed in males (P = .16).”
Where first author Michael Berk omitted the percentage of the increase in female suicide, and replaced it with the general “increased significantly”.
Geomagnetic storms increase suicide significantly among females, but do not cause such an increase in males.
Battista’s study continues:
"This effect may not only affect self-harm, but harm to others as well. Ganjavi, Schell, Chachon, and Porporino (1985) examined violence in Canadian prisons. They measured several variables relevant to the current review: indices of violence (e.g., assault, murder, taking hostages, self-inflicted injuries), weather index averages (e.g., wind, precipitation, temperature), and geomagnetic indices. There were significant correlations between geomagnetic disturbances and violence in several prisons. A closer look, however, revealed intricate patterns. Consistent with Berk et al. (2006), in a prison for women, geomagnetic disturbances were directly related to minor violence rates; in women prisons, most of the violence consisted of suicide or self-inflicted injuries.
Interestingly, there was an overall inverse relationship between suicide attempts and self-inflicted injuries in the (predominantly male) prisons during the summer months, indicating a possible sex difference. The correlation between violence and geomagnetic disturbances was also negative in a psychiatric prison, which may or may not be consistent with findings that geomagnetic activity is related to mental hospital admission and expression of psychosis (see below). The correlation between overall violence and geomagnetic disturbances was positive in one non-psychiatric medium security male prison.
In male prisons in Canada, there is an inverse relationship between increased microwave radiation levels and suicide . First author Ronald W. Kay described it as “interesting”.
He offered no suggestion as to why. That’s an example of the propaganda technique known as “stonewalling”.
Findings in a similar category as those above, in which geomagnetic affects human well-being, include the discovery of a positive correlation between monthly geomagnetic activity and monthly admission to mental hospitals in New York (Friedman, Becker, & Bachman, 1963)
a correlation between geomagnetic storms and the seasonality of birth months in people with schizophrenia (Kay, 2004); a positive correlation between expression of psychosis and disturbed geomagnetic field conditions in a Moscow mental hospital (Nikolaev, Rudakov, Mansurov, & Mansurova, 1976, as cited by Campbell, 2003; see Raps, Stoupel, & Shimshani, 1991, for a similar finding); and a correlation between abnormal geomagnetic activity and sudden infant death syndrome (Persinger & O’Connor, 2001; see also Eckert, 1992). It would seem that increased geomagnetic activity, in general, has negative effects on human well-being
ersinger (2004) directly examined the effect of geomagnetic activity on the well-being, or ‘pleasant affect’, of individuals. He examined data from previously conducted experiments, in which participants were put in mild sensory deprivation and exposed to machine-generated magnetic fields, and who had rated the pleasantness of the experience. There was a moderate
Effects of Geomagnetic Fields 15negative correlation (Spearman rho = - .56) between pleasantness ratings and global geomagnetic activity on the day of the experiment. This replicated two previous studies in whichsignificant correlations of similar magnitude were found. Persinger speculates that increased geomagnetic activity causes general diminished positive affect, which may in turn cause irritability, diminished vigilance, and impulsiveness.
One experience that can often appear paranormal is the feeling of a “presence”, or another sentient being, sharing space and time with a person, or even interacting with a person’s thoughts. The labeling of the presence can depend on who is experiencing it; apparitions, gods, angels, muses, spirit guides, extraterrestrial beings, and other-dimensional intelligences are somepossible perceptions (Persinger, 2003; Booth, Koren, & Persinger, 2005).
Several studies have demonstrated that a feeling of a presence can be experimentally induced by creating patterns of magnetic fields. For example, Cook and Persinger (2001) report that stimulation of the right temporoparietal region of the brain with a weak magnetic field caused approximately 50% of randomly selected volunteers to agree with the questionnaire item “I experienced a presence” after sitting in a dark, quiet room for what they believed was a study on relaxation (versus only 12% agreeing after sitting in the same room with a sham field). The effect is particularly strong with volunteers with above average temporal lobe sensitivity".
Increased levels of microwave radiation allow demonic incursion.
That’s why, in 2001, 50% of those whose brains’ right temporoparietal region was stimulated with a weak electromagnetic field agreed “I experienced a presence”, while just 12% of controls reported the same.
As an aside, I’d note that those 12% are naturally psychic.
Kay continues: “Another study (Booth et al., 2005) examined the role of geomagnetic activity in a setting similar to that in the study above. Both global and local geomagnetic activity were measured while participants sat in a dark, quiet room and were exposed to patterns of magnetic fields. Indications of sensing a presence were correlated with both the planetary Kp value (a measure of current geomagenetic activity) during the 3 hour period in which the experiment took place and the A value (a measure of the day’s geomagnetic activity) for the day of the experiment. This effect was replicated across two different studies, with correlations between sense of presence and increased activity ranging from .37 to .49.”
Increased levels of microwave radiation allow demonic incursion.
That’s why, in 2005, two different repeating studies showed that from 37% and 49% of those exposed to increased levels of purportedly-harmless non-ionizing electromagnetic radiation said that they “sensed a presence”.
hauntings may be associated with unusual geomagnetic activity. Richard Wiseman and colleagues (Wiseman et al., 2003; Wiseman, Watt, Greening, Stevens, & O’Keeffe, 2002) have tested this possibility in several locations that have been described as
Effects of Geomagnetic Fields 21haunted. One location was Hampton Court Palace, a former home for British monarchs and nowa popular historical attraction that is frequently referred to as “one of the most haunted places in England” (Guiley, 1994, as cited by Wiseman et al., 2003). The palace was divided into several areas; some were identified as “haunted” due to frequent reports of unusual experiences there, and the rest were identified as “control” areas. Groups of participants (visiting members of the public) walked around the palace and filled out several questionnaires. Information gathered from participants included reports of unusual experiences, and prior knowledge about the palace. The intensity and variability of magnetic fields were measured for 30 minutes in each of the specified areas of the palace.
Half of the participants reported having some sort of unusual experience. Compared to chance, significantly more experiences occurred in the areas previously identified as haunted, validating previous reports of haunting experiences in these areas. These unusual experiences appear to happen in certain areas rather than being evenly distributed throughout the building. Although those with prior knowledge of the palace’s reputation reported slightly more unusual experiences than those with no prior knowledge, this difference was not significant. Most relevant to the current review was the finding that there was significantly more variance in magnetic field strength in the areas previously identified as haunted than in the control areas. Furthermore, field variance was significantly correlated with the number of unusual experiences actually reported by the participants. A second study in another allegedly haunted location, using a similar but improved method, yielded a similar correlation.
he mechanism by which magnetic fields exert their influence on living things remains a mystery (Del Seppia et al., 2007).
As the literature review above has revealed, increased (or disturbed) geomagnetic activity is almost always associated with decreased human well-being and increased unusual human experience.
Evidence points to a genuine effect of geomagnetism on human experiences. Bolstering this claim even further is the fact that experimentally manipulated magnetic fields that simulate, alter, enhance, or eliminate the earth’s natural geomagnetic field, tend to find similar effects as correlational studies with the real field (e.g., DelSeppia et al., 2000; Thoss & Bartsch, 2007). Thus, there is direct evidenced for a causal effect ofmagnetic fields. This evidence could be enhanced even further, however, if a theory or mechanism could explain how magnetic fields affect human and animal behaviour. Some possible mechanisms will be explored below
Perhaps the best starting point for discovering the mechanism for magnetoreception (i.e., detecting magnetic fields) is examination of the simplest instances of it. As described earlier, some bacteria contain magnetite, a substance that lines up with the earth’s magnetic field like a compass. While larger organisms could not passively be rotated into position by magnetite, the presence of the substance in their sensory or neurological systems could hint at its role in magnetoreception.
Magnetite has indeed been found in many animals. After the discovery of magnetite in bacteria (Blakemore, 1975), it was found in other animals widely known to respond to magnetic stimuli, such as bees and pigeons. Since then, a systematic search for magnetite in animals has revealed that it is present in a wide variety of species, in various parts of the body (see Wiltschko& Wiltschko, 1995, p. 236, for a summary table).
Most importantly, magnetite is common in the heads of vertebrates. Kirschvink, Kobayashi-Kirschvink, & Woodford (1992) examined (dead) human brains and found trace amounts of magnetite homogenously distributed throughout.
Magnetite has also been found in the bones of human sinuses (Baker, Mather, & Kennaugh, 1983), and magnetite is produced in many other human tissues (Kobayashi & Kirschvink, 1995
researchers believe that the only reasonable mechanism for magnetoreception is a magnetite-based one. Kirschvink et al. point out that other hypotheses about magnetoreception (e.g., vision-based or electroreception-based mechanisms) fail to explain some established properties of the sense.
They also describe recent research on trout, which do
Effects of Geomagnetic Fields 29link chains of magnetite crystals to the nervous system. The cells containing the crystals could mechanically translate movement due to external magnetic fields into changes in membrane potential of the cells. Thus, preliminary research has identified at least one possible mechanism for a direct causal influence of geomagnetic fields on animal behaviour
A theory involving “splitting” of consciousness due to quantum properties of matter has also been proposed (Booth et al., 2005). Internal mediators of the geomagnetic effect, such as disruption of melatonin synthesis (Weydahl, Sothern, Cornelissen, & Wetterberg, 2001), may give further hints as to exactly how geomagnetic fluctuations affect the human mind, and why the effects cover such a diverse set of seemingly unrelated phenomena.
Whatever the mechanism, it seems that the variance and pattern of geomagnetic fields may be as important or more important than its intensity (Cook & Persinger, 2001; Wiseman et al., 2003).
t may be changes in a magnetic field (which are often confounded with intensity) that affect living things, rather than the stable intensity of the field. Kirschvink et al. (2001) propose that there should be discrete sensors for the intensity and for the direction of the magnetic field. Geomagnetic fluctuations may affect both.
owever, a magnetic sense of direction in humans remains controversial (Wiltschko & Wiltschko, 1995). It is certainly not something that average humans can consciously utilize. It is possible, however, that the ability is rarely required by modern humans, with abundant man-made indicators of direction (e.g., signs, landmarks, maps, compasses, Google Earth, etc.), and an almost total lack of need to ever navigate in the absence of these indicators. With almost no humans relying on a magnetic sense of navigation, for several generations, it is plausible that the subtle sense has gone unused and unnoticed. It would be interesting to repeat Baker’s experiments on primitive native tribes, who may be less likely to have ignored the sens
Other beneficial uses of the geomagnetic field are similarly controversial. Geomagnetic activity has been shown to correlate with communication between humans in the absence of normal sensory means of communication (Haraldsson & Gissurarson, 1987). It has been proposed that this ability, resembling telepathy, can be explained by magnetism. Persinger, Koren, and Tsang (2003) stimulated one person’s brain with specific patterns of magnetic fields, while their sibling, located at a distant location, had their brain monitored. A theoretically predicted relationship between the siblings’ brain activity was found.
even though they were
Effects of Geomagnetic Fields 31separated from each other and had no normal sensory contact. This ability to communicate with distant relatives would have had obvious survival benefits (e.g., warning of incoming danger), but again, modern technology (e.g., cell phones) may obviate the need for the ability in modern society.
in most of Persinger’s studies, both the participants and experimenter were blind to the predictions of the study (e.g., which field was predicted to induce a sense of presence). Participants did not
Effects of Geomagnetic Fields 33know if they were being exposed to a real magnetic field or a sham field. Furthermore, St.-Pierre and Persinger (2006) reexamined 19 previous experiments, and found no evidence that suggestibility or previous beliefs could explain differences between conditions.
Cook and Persinger (2001) found that the elicitation of a sense of presence was strongest in participants with high temporal lobe sensitivity.
Only one study could be found that was remotely related to the relationship between the Big Five personality traits and the geomagnetic effect. Houtkooper, Schienle, Stark, and Vaitl (1999)studied sferics, which are electromagnetic disturbances that are caused not by solar phenomena, but by lightning and thunderstorms on Earth. Participants in the study took part in a task in which they had to guess where on a computer screen a picture would appear. With no known sensory clues as to how to determine where it would appear, it was described as a test of extrasensory perception (ESP). Local sferics activity was monitored during the tasks, and participants completed the NEO-PI measure of the Big Five. They found that, overall, ESP task performance was negatively related with sferics activity."
Restated: In 1999, Houtkooper, Schienle, Stark and Vaitl showed that increased microwave radiation diminishes psychic ability.
More importantly, this correlation was stronger for those low in Neuroticism than for those high in Neuroticism, and was stronger for those high in Openness to Experience than for those low in Openness to Experience. In other words, magnetic activity seemed to interfere with ESP task performance most for people low in Neuroticism and high in Openness to Experience. These personality traits moderated the effect of magnetism on human performance."
More performance-based individual differences, such as intelligence, verbal ability, creativity, impulsivity, problem-solving style, and intuition are probably even more likely to be affected by changes in geomagnetic conditions. Reaction time is a correlate of several such variables (intelligence in particular; Jensen, 1998), and has also been linked to exposure to magnetic fields. In one review (Persinger, Ludwig, & Ossenkopp, 1973), the general pattern was that an increase in low-frequency magnetic fields (resembling geomagnetic fields) caused larger reactiontimes (i.e., slower reactions).
end
In 1965, H. Freedman published “Psychiatric Ward Behavior and Geophysical Parameters” in the journal Nature.
In it he said “statistically significant relationships of striking magnitude between cosmic ray indices and psychiatric ward behavior can be observed in the majority of schizophrenic patients.”
There is a significant relationship between microwave radiation levels and psychiatric disturbances.
Say it with me: “There is a statistically significant relationship of striking magnitude between excessive microwave radiation and schizophrenia.”
One of the hardest truths for mean-spirited Western materialists to assimilate is that non-ionizing radiation attacks on the spiritual level. “Schizophrenia” is a modern code meme for what used to be known as “demonic possession”.
Jeff Miller, Libertyville, IL, August 30, 2022
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