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Originally posted by ErtaiNaGia
reply to post by somerandomuser
Yeah, they are talking about the Microwave Auditory effect.
en.wikipedia.org...
Where a beam of low intensity EM radiation is used to create audio signals in the targets brain.
Declassified in 2006
Well, that was a big waste of time. For those listening to ATS Live, they were discussing the wrong technology completely and has nothing to do with Deepthought's work or this thread.
Originally posted by ErtaiNaGia
Dude.... They didn't even *READ* this thread.
Complete waste of time.
If I heard right, the most disinformation came from the guy from the BBC.
....the guy from the BBC.
Originally posted by ErtaiNaGia
Please tell me that you are joking....
\
Originally posted by somerandomuser
Originally posted by tetra50
I was never talking about a direct exchange between human to human. Two logical things here: if you can use a fMRI to pull images out of a brain, and then upload them to a computer, use the computer then to alter, edit, manipulate and then interface with whatever other human brain, or even the same one.
Also, logically if you have a line into a brain to draw something out of it, it is only logic this line can be used both ways, i.e. a line in is a line out, and vice versa. I'm not sure you have thoroughly explored beyond what is being spelled out as to what could be achieved here.
You're not making sense...what do you mean?
I'm not missing the point. Your beliefs are not established science. The functional viewpoint, that the mind is a product of genetics, is the established viewpoint.
Thus, any ability to recognise external electrical interference must be a product of genetics.
I'm not missing the point. Your beliefs are not established science. The functional viewpoint, that the mind is a product of genetics, is the established viewpoint.
Thus, any ability to recognise external electrical interference must be a product of genetics.
In 1953 Watson and Crick discovered DNA. Studies of the protein machine reveal a complex polymerase, which is contained in every cell, so that every single human cell has enough information to reproduce an entire human. DNA is extremely stable and in fact studies of fossil material that is 50,000 years old show the DNA structure to be still intact and viable.
This gave rise to a belief in the primacy of DNA as being the causal agent in all life. Genetic determinism holds that all traits and characteristics are defined at the moment of conception. Crick’s hypothesis implies a fatalistic view which disempowers the individual and would have you believe that you are controlled by your genes. Acceptance of this hypothesis is so widespread that some women whose family has a history of breast cancer have undergone a mastectomy rather than risk getting the cancer. This belief was in the best interest of drug manufacturers who have become very powerful.
But the reductionist idea that a cell is a bag of protein parts has been challenged by recent findings about cellular awareness. DNA studies ignored the function of regulatory proteins which turn cells off and on, or activate them through chemicals generated by the environment. Cell membranes contain receptors or antenna-like parts which act like scanners, converting environmental signals into electro-magnetic stimuli which regulate proteins within the cell.
There are many kinds of these receptors whose specific shape enables detection of many kinds of stimuli such as glucose, histamines, insulin, and even light, etc. It was assumed to be the cell nucleus that directs the cell’s activities, but in fact, the cell can accomplish everything but reproduction with the nucleus removed, and will continue to function as usual for months until the individual parts need to be replaced or reproduced. A bacterium, which is the most primitive organism, doesn’t even have a nucleus, or internal parts (organelles). All its functions are contained in the cell membrane.
So it turns out that awareness (the brain) is in the membrane, or ectoderm. The skin of cells is composed of two parts that make up a bi-layer of protein and phospho-lipids. The outer layer has receptors which are antenna-like structures that receive signals from the environment.
The interior of the cell has a negative electrical charge. A receptor acts like a switch which permits a positive electrical charge from outside the cell to enter through the cell membrane. This causes an electrical spark, or signal, which causes a vibrational frequency like Morse code to be generated. These electrical signals affect the proteins of the cell and regulate its functions.
So there are receptors and processors and channels to allow environmental stimuli to evoke responses within the cell by changing the shape of the proteins in the membrane. And these receptors are so extremely sensitive that they can detect the presence of a single atom of glucose diluted with enough water to fill a whole harbor at the seacoast.
Cell membrane molecules are lined up like a kind of liquid crystal that change from conductor to non-conductor. The membrane is a semi-conductor with gates and channels. Electrical currents flow across the channels when the gates are open. This is exactly the same definition as a computer chip. The cell membrane is the same as a computer chip with individual receptors as the keys on the keyboard. The cell nucleus is like the hard drive that contains the software. If you remove the floppy disk that installed the program, the computer still works and you can select which software program you want to use at the moment.
There are 50 to 70 trillion cells in the human body, and each one contains in its DNA blueprint enough information to reconstruct an entire human body, but it does not determine or limit the potential of that human. Organisms can change to accommodate the environment.
Abstract
Results of epidemiological research show low association of electromagnetic field (EMF) with increased risk of cancerous diseases and missing dose–effect relations. An important component in assessing potential cancer risk is knowledge concerning any genotoxic effects of extremely-low-frequency-EMF (ELF-EMF).
Human diploid fibroblasts were exposed to continuous or intermittent ELF-EMF (50 Hz, sinusoidal, 24 h, 1000 T). For evaluation of genotoxic effects in form of DNA single- (SSB) and double-strand breaks (DSB), the alkaline and the neutral comet assay were used.
In contrast to continuous ELF-EMF exposure, the application of intermittent fields reproducibly resulted in a significant increase of DNA strand break levels, mainly DSBs, as compared to non-exposed controls. The conditions of intermittence showed an impact on the induction of DNA strand breaks, producing the highest levels at 5 min field-on/10 min field-off. We also found individual differences in response to ELF-EMF as well as an evident exposure–response relationship between magnetic flux density and DNA migration in the comet assay.
Our data strongly indicate a genotoxic potential of intermittent EMF. This points to the need of further studies in vivo and consideration about environmental threshold values for ELF exposure.