What is the point of this thread?
Originally posted by Springer
I'll make you a deal... If you all put together a really first rate investigation/series of questions I'll forward it to him for his professional opinion, answers, relevant research data, etc...
Interested?
Springer...
Originally posted by ADVISOR
I suspect it may have origins in the Temporal Lobes which in turn controls the "Emotional Responses", and more can be found here---->
Anatomy of the Brain
Please use the above resource for further info, if desired.
Cerebrum (also called the cerebral cortex or just the cortex) - The cerebrum consists of the cortex, large fiber tracts (corpus callosum) and some deeper structures (basal ganglia, amygdala, hippocampus). It integrates information from all of the sense organs, initiates motor functions, controls emotions and holds memory and thought processes (emotional expression and thinking are more prevalent in higher mammals).
health.howstuffworks.com...

Frontal lobe - The frontal lobe is involved in motor skills (including speech) and cognitive functions.
* The motor center of the brain (pre-central gyrus) is located in the rear of the frontal lobe, just in front of
the parietal lobe. It receives connections from the somatosensory portion in the parietal lobe and processes and initiates motor functions. Like the homunculus in the parietal lobe, the pre-central gyrus has a motor map of the brain (for details, see A Science Odyssey: You Try It - Probe the Brain Activity).
* An area on the left side of the frontal lobe, called Broca's area, processes language by controlling the muscles that make sounds (mouth, lips and larynx). Damage to this area results in "motor aphasia," in which patients can understand language but cannot produce meaningful or appropriate sounds.
* Remaining areas of the frontal lobe perform associative processes (thought, learning, memory). health.howstuffworks.com...
Taking this argument one step further, Persinger (1989) points out that deep temporal lobe activity exists in equilibrium with the global geomagnetic condition. When there is a sudden decrease in geomagnetic activity, there appears to be an enhancement of processes that facilitate psi reception, especially telepathy and clairvoyance.
Increases in geomagnetic activity may suppress pineal melatonin levels and contribute to reductions of cortical seizure thresholds. Indeed, melatonin is correlated with temporal lobe- related disorders such as depression and seizures. Persinger has postulated that increased geomagnetic activity may contribute to expressive psi, such as spontaneous or laboratory psychokinesis. Some research data (e.g., Braud & Dennis, 1989) support this conjecture and Gertrude R. Schmeidler (1994, p. 216) has proposed that a psychokinesis subject who is more "aroused" (by the geomagnetic activity) would be more effective.
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Of particular relevance to psi is the capacity for the hippocampus to show long term potentiation, the first step to memory. A 400 cycles per second electrical stimulation of only 1 second can lead to semipermanent changes in electrical activity and produce observable growth of dendritic spines within 10 minutes. Such quick plasticity indicates that only a few seconds of the appropriate psi- related stimulus could evoke permanent changes in brain microstructures and hence modify memory Once the memory is consolidated it could appear as "real" as memory acquired by more traditional pathways.
www.goertzel.org...