Question about EMF and EEG emission

In summary, the conversation discusses ways to block or interfere with electromagnetic field (EMF) emissions from the brain and EEG signals taken from the mind. It is mentioned that attaching electrodes to the head can produce a noisy signal, and that US Patent 3,951,134 for remotely monitoring brain waves may not be a reliable technology. The conversation also mentions the use of tinfoil hats to block EMF emissions, but it is noted that the signal is too weak to be measured remotely. The conversation is concluded with the reminder that patents do not necessarily indicate a working technology.
  • #1
oror
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1. how do you block or interfere with the emf(electromagnetic field) emission generated by your brain?

2. how do you block or interfere with an EEG taken from the mind(what factor influence EEG taken from the mind and can
add noise to the signal?).

3. Regarding US Patent 3,951,134 "Apparatus for Remotely monitoring Brain Waves", is it possible to block the brain from generating
an interference wave (or add noise/jam the signal) to prevent an EEG signal from being demodulated from it?
 
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  • #2
This technology is well known. Even president Trump has used this technology...

https://www.google.com/search?hl=en.....0...1..gws-wiz-img...35i39j0i10.2EsbuurIemQ

1575763154655.png
 
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  • #3
oror said:
2. how do you block or interfere with an EEG taken from the mind
Just don't attach electrodes to your head. The signal is too weak to be measured remotely, even with electrodes on the head it is quite noisy.
oror said:
Regarding US Patent 3,951,134
You can patent basically everything in the US, you don't have to show that it actually works. You can patent "detecting neutrinos from Alpha Centauri to determine who will win the next football match" - that doesn't mean anyone would have a plausible way to do so.
 
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Thread is closed.
 
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Related to Question about EMF and EEG emission

1. What is EMF and how does it relate to EEG emissions?

EMF stands for electromagnetic fields, which are a type of energy produced by electrically charged objects. EEG emissions, on the other hand, refer to the electrical activity of the brain. EMF and EEG emissions are related because the electrical activity of the brain can be measured using EEG technology, and this activity produces a small amount of EMF.

2. Are EMF and EEG emissions harmful to human health?

There is currently no conclusive evidence that EMF and EEG emissions are harmful to human health. While some studies have suggested a potential link between prolonged exposure to EMF and certain health effects, the majority of research has not found any significant negative impacts on human health. EEG emissions, which are naturally produced by the brain, are also not known to be harmful.

3. Can EMF and EEG emissions be shielded or reduced?

Yes, it is possible to shield or reduce EMF and EEG emissions. For example, electronic devices can be designed to emit lower levels of EMF, and certain materials can be used to shield against EMF. However, it is important to note that reducing EMF emissions does not necessarily mean it is harmful, as the level of EMF exposure from everyday devices is typically very low and not considered dangerous.

4. What are the potential uses of EMF and EEG emissions in scientific research?

EMF and EEG emissions have various potential uses in scientific research. EEG technology is commonly used in neuroscience and psychology to study brain activity and cognitive processes. EMF emissions can also be used in studies related to electromagnetic fields and their effects on biological systems. Additionally, both EMF and EEG emissions can be used in medical diagnostics and treatments, such as in EEG scans for brain disorders.

5. How can individuals protect themselves from potential EMF and EEG emissions?

As mentioned earlier, there is currently no conclusive evidence that EMF and EEG emissions are harmful to human health. However, if individuals are concerned about potential exposure, they can take simple precautions such as limiting the use of electronic devices, keeping a safe distance from power lines and other sources of EMF, and using protective materials or devices designed to reduce EMF exposure.

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