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The GUT
I've always found the personal aspect of that relationship interesting. My pet theory is that Dulles maybe felt that his longstanding relationship with Jung validated himself in some way: "If Jung likes me, then I must not be a sociopath after all!"
The GUT
ps - Looking forward to your thoughts re shamanism and EM. Some connection MUST exist. Geomagnetic ritual locations? Pretty sure that the mind-altering aspects of the various items discussed also fine tune the mind/brain chemistry for reception/sensitivity.
JayinAR
Ugh. Too late to edit previous post.
Anyhow, here is the study on light perception for blind folks.
www.iflscience.com...
Pardon the name of the site. Hahaedit on 31-10-2013 by JayinAR because: (no reason given)
Humans are widely assumed not to have a magnetic sense3. For example, the extensive behavioural studies by Robin Baker11, 12, 13, 14, 15, suggesting a link between non-visual navigation and magnetoreception in humans, are controversial. However, there is consistent evidence of an influence of geomagnetic fields on the light sensitivity of the human visual system16, 17. Moreover, it has been proposed recently that light-sensitive magnetic responses are not only used for directional information, but may also aid visual spatial perception in mammals, by providing a spherical coordinate system for integrating spatial position3. We therefore evaluated the light-dependent magnetosensing potential of human CRY. Here we show using a transgenic approach, that human CRY can function as a magnetosensor in the magnetoreception system of Drosophila and that it does so in a light-dependent manner. Thus, human CRY has the molecular capability to function as a light-sensitive magnetosensor, and this finding may lead to a renewed interest in human magnetoreception.
Our results show that hCRY2, the prototype type 2 CRY18, 19, has the molecular capability to function in a light-dependent magnetoreception system, either as a light-sensitive magnetosensor or as part of a magnetosensing pathway. However, we do not yet know whether this capability is translated into a downstream biological response in the human retina.
For magnetoreception, cryptochrome requires small quantities of negatively charged molecular oxygen, superoxide (O2−). It is fortunate that only low doses are needed, because superoxide is toxic, despite being used elsewhere in the body for signaling. Humans have an extremely efficient antioxidant enzyme, superoxide dismutase, that keeps superoxide at a very low concentration level, apparently too low for human cryptochromes to use. It seems that somewhere in our evolutionary history we might have traded our magnetic sense for longevity.
Studies in animals and plants suggest that cryptochromes play a pivotal role in the generation and maintenance of circadian rhythms.[22] In Drosophila, cryptochrome (dCRY) acts as a blue-light photoreceptor that directly modulates light input into the circadian clock,[23] while in mammals, cryptochromes (CRY1 and CRY2) act as transcription repressors within the circadian clockwork.[24] Some insects, including the monarch butterfly, have both a mammal-like and a Drosophila-like version of cryptochrome, providing evidence for an ancestral clock mechanism involving both light sensing and transcriptional repression roles for cryptochrome.[25][26]
Cry mutants have altered circadian rhythms, showing that Cry affects the circadian pacemaker. Drosophila with mutated Cry exhibit little to no mRNA cycling.[27] A point mutation in cryb, which is required for flavin association in CRY protein, results in no PER or TIM protein cycling in either DD or LD.[28] In addition, mice lacking Cry1 or Cry2 genes exhibit differentially altered free running periods, but are still capable of photoentrainment. However, mice that lack both Cry1 and Cry2 are arrhythmic in both LD and DD and always have high Per1 mRNA levels. These results suggest that cryptochromes play a photoreceptive role, as well as acting as negative regulators of Per gene expression in mice.[29]
Michael Persinger was actually aware of such criticism, and his research was part of a large effort to study extensively how electromagnetism can affect human perception, and not only in the case of UFO sightings but also in the context of other paranormal events. Persinger was also interested to understand if geomagnetism plays a role in enabling psi effects. He found that, indeed, when the human brain is exposed to high levels of electromagnetism, the normal processes of the human mind are disturbed, and it can have a number of effects such as hallucinations, altered state of consciousness, falling unconscious, visionary experience, and maybe enhancing psi abilities. (Persinger 1975, 1979, 1987; Persinger & Cameron 1986; Persinger & Koren 2001; Roll & Persinger 2001; Schaut & Persinger 1985). His research was corroborated by a number of other researches in parapsychology who also established that the human mind can be influenced by electromagnetism and lead to psi effects, as well as the human mind can affect electromagnetic systems. (Brovetto & Maxia 2008; Braud & Dennis 1989; Etzold 2005; Hecht & Dussault 1987; Pelegrin 1988; Roll 2003; Shneiderman 1987). Devereux (1982) also noted that earthlights appear at times “responding” to the mental intents of UFO witnesses. Others like Budden and Partain, cited above, noted the same patterns in their own research.
The parahippocampal area receives inputs from visual association Brodmann areas 7a and 20 as well as auditory area 22. Projections from the parietal lobe originate almost exclusively from Brodmann 7a, the caudal third of the inferior parietal lobule. Tractography[7] verified that the only locus in the lateral region of the parietal cortices most likely to connect with the parahippocampal gyrus was the posteroventral portion of the angular gyrus. Functional integrity of this region is important for perceiving spatial-relationships between objects as indicated indirectly by collateral activation of “place cells” within the hippocampus.[17]
The activation of the right parahippocampal region during “telepathic” tasks does not reveal the nature of the information being accessed or where (and even when) it has been represented. Persinger[19] offered quantitative evidence by calculations that information from action potentials could be represented within the space occupied by the geomagnetic field by access through the Schumann resonance whose fundamental frequency is about 8 Hz, the same frequency as the subthreshold oscillations of the stellate cells. In fact the temporal durations to both access the Schumann band within the earth-ionospheric cavity and the temporal solution for representation within the geomagnetic field are around 1 ks or 15 min.[19] This is the latency required for the transformation of the electromagnetic patterns of action potentials associated with ongoing consolidation of experiences into dendritic spine patterns within (primarily) the hippocampus and cerebral cortices. These microstructural changes are assumed to actually be the person's individual memories.
That intent of one person can affect another has been shown in several experimental settings. Lo et al.,[25] showed that the performance of a “blessing” from the tradition of Zen Buddhism by Chinese Master Miao Tien produced blocking of alpha activity in volunteers who were engaging in Zen Meditation at the time but who were not told he was going to intend this process. The effect did not occur if the students were not in a meditational state. Enhancement of alpha rhythms, again without the awareness of the subjects, was measured at a distance while a Japanese To-ate master “concentrated” upon his meditating students without their awareness.[26] In our previous studies with Sean Harribance, his proximity to the subjects he was “reading” was associated with gradual congruence of the activity patterns of the subjects’ left temporal lobes with his right temporal lobe activity. This same pattern was the one we found in this study to be associated with enhanced right parahippocampal activity.
By subjecting quasi-brittle materials such as granitic rocks to compression tests, it is observed that EM emission during the failure process, which is highly suggestive of charge redistribution, but also neutron bursts, necessarily involving nuclear reactions. In this paper, we have analysed the mechanical behaviour of Luserna stone specimens loaded in compression up to their failure by EME signals, and we observed that the EME generally takes place only in correspondence to sharp stress drops in the load vs. time diagrams. These stress drops or ‘snap-backs’ are due to a rapid decay in the material’s mechanical properties, generated by the formation of new micro-cracks during the loading process.
We have analysed, by means of He3 neutron detector, specimens of the same material (Luserna stone) characterized by different size and slenderness. The experimental results show that a volume approximately exceeding 200 cm3, combined with the extreme brittleness of the tested material, represents a critical threshold value for a neutron emission of about one order of magnitude higher than the ordinary background. In particular, in the case of specimen P6, with a volume of about 233 cm3, a very high amplitude EME (16μ T) and a neutron emission of about five times the neutron background level were observed concomitant with the sharp stress drop at the time of failure. Moreover, as in the preliminary tests, the maximum neutron emissions exceeding by about one order of magnitude the ordinary background were obtained from test specimens with a volume larger than the threshold value of 360 cm3
In this paper, we make an assumption that the inertia vibrations of the electron groups in the rock fragment of the crack tips generate EMR pulses during the fracture of rocks. Based on this assumption, we develop an oscillating dipoles model to analyze and simulate the EMR phenomena induced by the rock fractures. Then we used this model to simulate the EMR pulses recorded in the Rabinovitch's compression experiments on granite and chalk. Our simulations indicate a comparable accordance with Rabinovitch's experimental results [16,17]. From our simulation results, we also find that the crack width associates with the maximum EMR voltage peak value, and the crack width is inversely proportional to the EMR frequency.
JayinAR
So yeah, the terrain is rugged (the Ozarks are a huge drainage ditch, basically, and as such, the EM fields are either stronger, or I dunno...more prevalent? In that area.
All I know is you can FEEL IT.
A major unconformity in the region attests that the Ozarks was above sea level for several hundred million years from the time of the volcanism in the Precambrian until the mid-Cambrian with an erosionally produced relief of up to 1500 feet.[24] The seas encroached during the late Cambrian producing the LaMotte sandstone, 200 to 300 feet (61 to 91 m) thick, followed by carbonate sedimentation. Coral reefs formed around the granite and rhyolite islands in this Cambrian sea. This carbonate formation, the Bonneterre now mostly dolomite, is exposed around the St. Francis mountains, but extends in the subsurface throughout the Ozarks and reaches a thickness of 400 to 1,500 feet (120 to 460 m).[24] The Bonneterre is overlain by 500 to 600 feet (150 to 180 m) of dolomite, often sandy, silty or cherty, forming the Elvins Group and the Potosi and Eminence Formations. Withdrawal of the seas resulted in another unconformity during the latest Cambrian and early Ordovician periods. Hydrothermal mineralizing fluids formed the rich lead ore deposits of the Lead Belt during this time.[24]
Diamagnetism is the property of an object or material that causes it to create a magnetic field in opposition to an externally applied magnetic field. It is a quantum mechanical effect that occurs in all materials; where it is the only contribution to the magnetism the material is called a diamagnet. Unlike a ferromagnet, a diamagnet is not a permanent magnet. Its magnetic permeability is less than μ0 (the permeability of free space). In most materials diamagnetism is a weak effect, but a superconductor repels the magnetic field entirely, apart from a thin layer at the surface.
As you might well know, all matter in the universe consists of small particles called atoms and each atom contains electrons that circle around a nucleus. This is how the world is made.
If one places an atom (or a large piece of a matter containing billions and billions of atoms) in a magnetic field, electrons doing their circles inside do not like this very much. They alter their motion in such a way as to oppose this external influence.
Incidentally, this is the most general principle of Nature: whenever one tries to change something settled and quiet, the reaction is always negative (you can easily check out that this principle also applies to the interaction between you and your parents). So, according to this principle, the disturbed electrons create their own magnetic field and as a result the atoms behave as little magnetic needles pointing in the direction opposite to the applied field*.
As you probably saw many times when playing with magnets, magnets push each other away if you try to bring together their like poles, for example, two north or two south poles. Similarly, the north pole of the external field will try to push away the “north poles” of magnetized atoms.
Our magnet creates a very large magnetic field (about 100 to 1000 times larger than school or household magnets).
In this field, all the atoms inside the frog act as very small magnets creating a field of about 2 Gauss (although very small, such a field can still be detected by a compass). One may say that the frog is now built up of these tiny magnets all of which are repelled by the large magnet. The force, which is directed upwards, appears to be strong enough to compensate the force of gravity (directed downwards) that also acts on every single atom of the frog. So, the frog’s atoms do not feel any force at all and the frog floats as if it were in a spacecraft.
JayinAR
reply to post by KilgoreTrout
Wow, that is some heady stuff there, Killgore.
I was thinking about plants as well when I read the article.
Also, as I mentioned earlier in the thread, I actually seem to have a heightened sense of magnetic sensitivity as well. Or well, I can dead-reckon North with the best of them.
Back when I surveyed land my coworkers would actually test me on this all the time. Of course we dealt with precise measurements and they would try to hold me to DUE North, but I could usually reckon it within a few degrees.
Once I coulda swore I actually SAW "North" and got it dead on.
JayinAR
First and foremost I would think is that I can OOBE at will with a very, very simple exercise. It has worked for me every single time I've tried it.
JayinAR
reply to post by TDawgRex
Haha!
Nah, nothing so dramatic.
I lie on the bed with my feet on the floor (knees bent at edge of bed), cross hands over chest, close eyes, and stare at the green light on the back of my eyelids. This is all done while wide awake.
After 15 or so I just sorta jump out. Every time.
KilgoreTrout
JayinAR
So yeah, the terrain is rugged (the Ozarks are a huge drainage ditch, basically, and as such, the EM fields are either stronger, or I dunno...more prevalent? In that area.
All I know is you can FEEL IT.
And, there is possibly a perfectly rational explanation as to why you can 'feel it'.
A major unconformity in the region attests that the Ozarks was above sea level for several hundred million years from the time of the volcanism in the Precambrian until the mid-Cambrian with an erosionally produced relief of up to 1500 feet.[24] The seas encroached during the late Cambrian producing the LaMotte sandstone, 200 to 300 feet (61 to 91 m) thick, followed by carbonate sedimentation. Coral reefs formed around the granite and rhyolite islands in this Cambrian sea. This carbonate formation, the Bonneterre now mostly dolomite, is exposed around the St. Francis mountains, but extends in the subsurface throughout the Ozarks and reaches a thickness of 400 to 1,500 feet (120 to 460 m).[24] The Bonneterre is overlain by 500 to 600 feet (150 to 180 m) of dolomite, often sandy, silty or cherty, forming the Elvins Group and the Potosi and Eminence Formations. Withdrawal of the seas resulted in another unconformity during the latest Cambrian and early Ordovician periods. Hydrothermal mineralizing fluids formed the rich lead ore deposits of the Lead Belt during this time.[24]
en.wikipedia.org...
All that lead, a superconductor, probably has a diamagnetic effect...
Diamagnetism is the property of an object or material that causes it to create a magnetic field in opposition to an externally applied magnetic field. It is a quantum mechanical effect that occurs in all materials; where it is the only contribution to the magnetism the material is called a diamagnet. Unlike a ferromagnet, a diamagnet is not a permanent magnet. Its magnetic permeability is less than μ0 (the permeability of free space). In most materials diamagnetism is a weak effect, but a superconductor repels the magnetic field entirely, apart from a thin layer at the surface.
en.wikipedia.org...
You may find this article interesting...
As you might well know, all matter in the universe consists of small particles called atoms and each atom contains electrons that circle around a nucleus. This is how the world is made.
If one places an atom (or a large piece of a matter containing billions and billions of atoms) in a magnetic field, electrons doing their circles inside do not like this very much. They alter their motion in such a way as to oppose this external influence.
Incidentally, this is the most general principle of Nature: whenever one tries to change something settled and quiet, the reaction is always negative (you can easily check out that this principle also applies to the interaction between you and your parents). So, according to this principle, the disturbed electrons create their own magnetic field and as a result the atoms behave as little magnetic needles pointing in the direction opposite to the applied field*.
As you probably saw many times when playing with magnets, magnets push each other away if you try to bring together their like poles, for example, two north or two south poles. Similarly, the north pole of the external field will try to push away the “north poles” of magnetized atoms.
Our magnet creates a very large magnetic field (about 100 to 1000 times larger than school or household magnets).
In this field, all the atoms inside the frog act as very small magnets creating a field of about 2 Gauss (although very small, such a field can still be detected by a compass). One may say that the frog is now built up of these tiny magnets all of which are repelled by the large magnet. The force, which is directed upwards, appears to be strong enough to compensate the force of gravity (directed downwards) that also acts on every single atom of the frog. So, the frog’s atoms do not feel any force at all and the frog floats as if it were in a spacecraft.
www.ru.nl...
If you are more technically minded than I, there are a lot of equations and such that go into the mechanisms involved...I prefer the 'for dummies' explanation...
TDawgRex
JayinAR
reply to post by TDawgRex
Haha!
Nah, nothing so dramatic.
I lie on the bed with my feet on the floor (knees bent at edge of bed), cross hands over chest, close eyes, and stare at the green light on the back of my eyelids. This is all done while wide awake.
After 15 or so I just sorta jump out. Every time.
I can't say I've ever seen a green light when I lay down, but on the occasion I do see faces or people and occasionally scenes that are not at all familiar and they always change from one to another (They're also like watching a live scene). I've always thought that was cool, but I've never been able to freeze them so that I can study them.
BTW, I can't lie on my bed anymore because my back is trashed.
KilgoreTrout
I am not going to go into much more detail than that, I am sure that all participants in this thread are aware of Persinger's extensive body of work, as well as the attempts to disparage the results of his work. I just wanted to include the above for the record. As well as this which confirms and outlines the 'Harribance Effect'...
corsair00