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Loren Booda
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Can the aggregate brain waves from a stadium crowd register on a state-of-the-art EEG at midfield?
Loren Booda said:Can the aggregate brain waves from a stadium crowd register on a state-of-the-art EEG at midfield?
Monique said:The electrical conductivity of air is extremely low, so the answer is no.
Monique said:The electrical conductivity of air is extremely low, so the answer is no.
atyy said:But electromagnetic waves of may frequencies can travel a long distance through air.
Moonbear said:The ones being detected by EEG don't. Otherwise, do you think they'd waste all that time gluing electrodes to someone's head if they could just set up a monitor next to them?
An EEG uses electrodes, not antennas and the antennas required to capture 10 hz radio waves (assuming the human brain even emits radio waves) are huge.atyy said:Well, from http://en.wikipedia.org/wiki/Electroencephalography it looks like it's about 10 Hz, and from http://en.wikipedia.org/wiki/Radio_waves these are used for communicating with submarines.
Stadium EEG is a method of using electroencephalography (EEG) to measure the brain waves of a large crowd during a football game.
Stadium EEG is used to study the collective brain activity of a crowd during a football game, which can provide insights into the emotions, thoughts, and behaviors of the fans. It can also be used to measure the impact of different events, such as a goal or a penalty, on the crowd's brain waves.
Stadium EEG involves placing EEG sensors on the scalps of a representative sample of individuals within the crowd. These sensors then measure the electrical activity of the brain and transmit the data to a computer for analysis.
Stadium EEG can provide insights into the emotional and cognitive responses of a crowd during a football game. It can also help researchers understand the impact of different factors, such as team performance or crowd chants, on the collective brain activity of the crowd.
Stadium EEG can only provide insights into the brain waves of a representative sample of individuals within the crowd, so it may not accurately reflect the thoughts and emotions of the entire crowd. It also cannot capture individual experiences and may not be able to distinguish between different emotions or thoughts.