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Thus if the kids are listening to "irritating noises" it might simply be that the BETA brainwave types have found for themselves a new kind of noise pollution where by to stimulate their BETA brainwave syndrome ?
Originally posted by silo13
reply to post by CAELENIUM
Thus if the kids are listening to "irritating noises" it might simply be that the BETA brainwave types have found for themselves a new kind of noise pollution where by to stimulate their BETA brainwave syndrome ?
This is very interesting to me. Why? Because I can't hear it.
I just cannot hear 'music' in some of the acid rock, etc, that's 'out there'. And no not because I'm prejudice or wanting to be a downer on kids and what their experience.
I'm saying, I honestly CAN'T hear the music! All I hear is jumbled horrific sounds grating on me - resulting in my getting irritated and if I can't get away from the noise I will surely break something internally.
I've always wondered why kids/people are drawn to that kind of experience.
What is it they're hearing, I am not.
Though I don't understand it, it does reinforce my belief, you get the right frequency and the right sound for an individual and they can reach a type of 'high' - just not what's described in the article, and definitely not something to be concerned over.
Now if you're talking about people who listen to some of that crazy so called 'music' that's nothing but KILL KILL KILL crap - yeah, I could see a problem in that... But that's for another thread maybe...
peace and Thank you again...
Edit: spelling lol
[edit on 15-7-2010 by silo13]
Originally posted by silo13
Teens Now Getting High Off "Digital Drugs"
www.newson6.com
(visit the link for the full news article)
I-dosing on "digital drugs" is becoming an alarming new trend amongst teens.
Web sites are luring kids with free downloads of "digital drugs," which are audio files designed to induce drug-like effects.
The digital drugs use binaural or two-toned technology to alter your brainwaves and mental state.
The purpose of this study was to determine the effects of alpha-frequency binaural-beat stimulation combined with alpha biofeedback on alpha-frequency brain-wave production and subjective experience of mental and physical relaxation. The study compared the alpha brain- wave production and subjective report of mental and physical relaxation of four groups, each of which received brief relaxation response training and one of four treatments: 1) alpha-frequency binaural-beat stimulation, 2) visual alpha- frequency brain-wave biofeedback, 3) alpha- frequency binaural-beat stimulation combined with visual alpha biofeedback, or 4) artificially produced ocean surf sounds. Sixty volunteer undergraduate and graduate students were randomly assigned to the four groups and instructed to utilize their respective treatment as the "mental device" in Benson's relaxation response paradigm while they relaxed with eyes open for twenty minutes.
Two 2 X 4 mixed ANOVAs revealed that all groups evidenced increased subjective report of relaxation and increased alpha production. An interaction effect was found in which the group with both alpha binaural beats and alpha biofeedback produced more treatment alpha than the group with alpha biofeedback alone. Additionally, nine of the fifteen subjects with both binaural beats and feedback reported being able to control alpha production via their focus on the alpha binaural beats. The data suggest the possibility that binaural beats can be used to evoke specific cortical potentials through a frequency-following response. Further investigation is warranted into the possibilities of using binaural beats alone and in conjunction with brain wave biofeedback to promote the self- regulation and management of consciousness.
Alpha waves are oscillating electrical voltages in the brain. They oscillate in the range of 7.5-13 cycles per second. Because alpha waves occur in relaxed states such as meditation and under hypnosis, they have been mistakenly identified as desirable. Alpha waves also occur under unpleasant conditions and when one is not relaxed They are not a measure of peace and serenity, nor are they indicative of an altered state of consciousness. Alpha waves are indicative of lack of visual processing and lack of focus: the less visual processing and the more unfocused, generally the stronger the alpha waves. If you close your eyes and don't do any deep thinking or concentrating on vivid imagery, your alpha waves will usually be quite strong.
Alpha waves are indicative of lack of visual processing and lack of focus: the less visual processing and the more unfocused, generally the stronger the alpha waves.
“The second type of wave and I should say the most widely known and publicized is the Alpha wave. Most people equate this wave with ESP, meditation, and all sorts of strange ideas. The truth is the alpha waves account for only half the story. Alpha ranges between 7-12 hertz and is prominent during relaxation mostly with eyes closed, day dreaming, and upon deep self-introspection.
The 1960's made this activity famous when it was found out that cannabis or marijuana, which grew naturally, induced this state in people [Note: I do not advocate drug use]. Scientist have found out that it was the chemical THC that caused this euphoric feeling by being a substitute for the brain's natural pleasure chemicals which are called endorphins.” 'Brain Activity' by Terrance A. Bastian
We implemented in this project a game based on EEG recordings. Two competitors are connected to EEG electrodes and are trying to win the game by becoming more relaxed than their competitor. This is done by monitoring the Alpha waves activity of the individual and comparing it. The project was done as an eng. final project for our university (The Hebrew University Of Jerusalem), in cooperation with the Bloomfield science museum of Jerusalem. The device will be exhibited in the upcoming brain exhibition in the museum.
A 2008 study at Hofstra University played two different binaural beats and a control sound (a babbling brook) to patients with high blood pressure. There was no difference between the groups.
...One reason for this may be that the sounds were not played long enough for the brain to either perceive and/or resonate to the frequency. Another reason why the sounds did not affect blood pressure and pulse may be due to the participant's age since older brains may not perceive the binaural beats as well as younger brains.