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originally posted by: The Great Day
originally posted by: bobs_uruncle
originally posted by: dfnj2015
a reply to: pigsy2400
I wonder what would happened if you ran this thing over your head several times:
Extremely Large Heavy Magnet 100 pound pulling strength
I wonder if it would eff up your thinking. I would never do it. It would probably kill you.
Ever had an mri? Or you could try what I have, a 14 tesla (140,000 Gauss) adiabatic reactor. It will erase credit cards at more than 6 feet away lol. It erased all of my credit cards a few times, but hasn't hurt me at all. At least that's what the voices in my head tell me when I can hear past the neurological tinnitus lol.
Cheers - Dave
I just had an MRI for tinnitus! I could feel my head pulsating....must have been the iron bacteria
originally posted by: pigsy2400
a reply to: KilgoreTrout
Ahh thanks KG I was unaware of this, appreciate your input on this thread, as I do in others
Humans may have an ancient ability to sense magnetic fields
Crystals found in our grey matter may help us to navigate using the Earth's magnetic field.
Humans may have a sixth sense enabling them to sense Earth’s magnetic field. Known as magnetorecepetion, the sense is one of the ways birds and fish are able to navigate huge distances with surprising accuracy – a built-in compass for journeys across the globe. But until now, it hadn’t been seen in humans....
Joe Kirschvink, a geophysicist at Caltech and one of the authors of the study, proposes a way that this could be happening inside our brains. Magnetite, iron crystals found in human cells, could be affected by the Earth’s magnetic field like miniature compass needles. It’s a phenomenon that’s been seen in many north-sensing creatures.....
“Many animal tissues make tiny magnetic crystals,” Kirschvink said. “The best example is the magnetotactic bacteria. There’s enough magnetite in their cells to passively torque them into alignment with Earth’s magnetic field. So what we’re saying is that there are cells containing tiny magnetite crystals that are doing this somewhere in the nervous system and sending signals to our brain.”....
“The brain perceives a lot of things that we’re not consciously aware of,” Kirschvink said. “In fact, the trigeminal nerve, which we think is bringing in this information, most of its sensory inputs are not within our conscious awareness. On the other hand, there may be humans who are aware of this and we just haven’t found them yet.”
Full article : BBC Science Focus Magazine
originally posted by: pigsy2400
"Does a simple but not fully understood magnetic particle in human brains hold the answer or some partial answer to episodes of high strangeness?"
The third important theory of hippocampal function relates the hippocampus to space. The spatial theory was originally championed by O'Keefe and Nadel, who were influenced by E.C. Tolman's theories about "cognitive maps" in humans and animals. O'Keefe and his student Dostrovsky in 1971 discovered neurons in the rat hippocampus that appeared to them to show activity related to the rat's location within its environment.[41] Despite skepticism from other investigators, O'Keefe and his co-workers, especially Lynn Nadel, continued to investigate this question, in a line of work that eventually led to their very influential 1978 book The Hippocampus as a Cognitive Map.[42] There is now almost universal agreement that hippocampal function plays an important role in spatial coding, but the details are widely debated.[43]
Later research has focused on trying to bridge the disconnect between the two main views of hippocampal function as being split between memory and spatial cognition. In some studies, these areas have been expanded to the point of near convergence. In an attempt to reconcile the two disparate views it is suggested that a broader view of the hippocampal function is taken and seen to have a role that encompasses both the organisation of experience (mental mapping), (as per Tolman's original concept in 1948) and the directional behaviour seen as being involved in all areas of cognition. So that the function of the hippocampus can be viewed as a broader system that incorporates both the memory and the spatial perspectives in its role that involves the use of a wide scope of cognitive maps.[44] This relates to the purposive behaviorism born of Tolman's original goal of identifying the complex cognitive mechanisms and purposes that guided behaviour.[45]
It has also been proposed that the spiking activity of hippocampal neurons is associated spatially, and it was suggested that the mechanisms of memory and planning both evolved from mechanisms of navigation and that their neuronal algorithms were basically the same.[46]
originally posted by: pigsy2400
Yes indeed, it's the biomineralisation of the magnetotatic bacteria which then creates the magnetite itself within the brain and the natural world.
originally posted by: pigsy2400
This slide in relation to the magnetic particles is most interesting;
A number of key focus areas have been identified including: multidisciplinary programs in BioComputational Systems; Simulation of Bio-Molecular Microsystems; Bio Futures; Biological Adaptation; Assembly and Manufacture; and Nanostructure in Biology. A component these programs offer will be the identification, development and demonstration of new mathematical algorithms that enable the representation of biological systems and the identification of the emergence of biologically inspired algorithms for these complex, non-linear problems.
The Simulation of Bio-Molecular Microsystems (SIMBIOSYS) program will focus on methods to dramatically improve the interaction and integration of biological elements with synthetic materials in the context of microsystems. SIMBIOSYS will explore fundamental properties and compatibility of biological elements at surfaces through experimental and theoretical analyses. Key phenomena to be studied include molecular recognition processes, signal transduction phenomena, and micro- and nano-scale transport of biological molecules. Engineering of biological systems may be used to manipulate these fundamental characteristics and optimize the integration of biological elements with synthetic materials for information collection.
The Nanostructure in Biology program will investigate the nanostructure properties of biological materials in order to better understand their behavior and thereby accelerate their exploitation for Defense applications. The tools and approaches developed under this program will have a significant impact in a variety of critical, non-biological Defense technologies that rely on phenomena occurring at the nanoscale level.
For example, The Molecular Observation, Spectroscopy, and Imaging using Cantilevers (MOSIAC) program will develop new instrumentation computational tools and algorithms for real-time atomic level resolution 3D static or dynamic imaging of molecules and nanostructures. This new information about biomolecules will provide important new leads for the development of threat countermeasures, biomolecular sensors and motors and molecular interventions to enhance and improve human performance.
The Bio-Magnetics Interfacing Concepts (Bio-MagIC) program will explore nano-scale magnetism as a novel transduction mechanism for the detection, manipulation and actuation of biological function in cells and single molecules. The core technologies to be developed will focus on the many technical challenges that must be addressed in order to integrate nano-scale magnetism with biology at the cellular and molecular level, and to ultimately detect and manipulate magnetically ‘tagged” bio-molecules and cells.
These programs will present unprecedented new opportunities to exploit a wide range of bio-functionality for a number of DoD applications including chemical and biological sensing, diagnostics and therapeutics.
originally posted by: pigsy2400
Well this is back in 2001...I am currently following this and subsequent programs since that time to try and plot where the program went and how it evolved and how far along they got and where those applications went from that point to today.
In terms of the "magnetic particles" - I agree its experimental at best at what I have looked at so far (2001). The EMF effects on the brain and the whole DARPA programs/projects at looking into the whole Human-Brain interface are very interesting to continue researching even if these particles play little to no part in this.