Exploring the Science and Uses of Binaural Beats

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In summary: The concept of binaural beats is simply the synchronization of two waves of light in the same frequency. There is some research behind it, but it is not pseudoscience. However, the results of this research have not been demonstrated to have a significant psychological or biological effect. There are other forms of entrainment that have received more attention from scientists, but binaural beats are not unique in this regard.
  • #1
Diezehl
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Many years ago I happened to stumble across this subject while's doing a psych A level, and considered it for my coursework. I dropped it however due to the simple fact that I could not at that time read more than a paragraph about the concept without some sort of fantastical claim of lay line, Earth mother, hologram universe psuedoscientific drivel. There was however -some- suggestion that the same effect was observed in scientific experiment from using electromagnetic apparatus to modify brainwave frequency, I could not find much of anything on this subject though. Attempting to use a program that supposedly caused this effect gave mixed results, I attempted to use it on an unsuspecting friend to eliminate placebo and they reported no effect beyond a headache :)

So, 7 years or so later, I notice there is a wikipedia page about it which doesn't seem to want to debunk the idea, so I am wondering if my assumption that it was all a load of rubbish was a rush to judgement.

If the concept does work, in theory it could help one sleep, wake up, and errr, ok that's all I got. So I guess this is just a general inquiry, if anyone has any knowledge or thoughts on the validity of the science underpinning bineural beats, and indeed the potential applications for it I am eager to re-examine my opinion.

edit> the wiki http://en.wikipedia.org/wiki/Binaural_beats#
 
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  • #2


binaural (not neural) beats are (for example) when you play two notes at the same time, you perceive a "beat" between them.

If you're tuning a guitar, as you tune the guitar closer to the note you're comparing it to, the beat slows down until it's non-existent when you're "perfectly" in tune with the other note.
 
  • #3


Ugh I wish I could edit the title.

So the wikipedia page states such and such scientific evidence for binaural beats as applied technology. The discussion on that page however seems to be, as I had previously thought, treating it as pseudoscience.

What I am specifically not clear on are the following:

Does this work in terms of being able to change brainwaves?
If not, are there technologies that do just this and/or how far can you go with such technology? Could you actually put someone to sleep by inducing delta waves for example (I am a layperson and I am fully aware that I don't understand the brain, go easy!)
 
  • #4
Advanced Edit let's you edit the title. just a FYI. :)
 
  • #5


Note that the binaural beat is only what I described and to that end it is a valid observation. Claims about what binaural effects can do for humans are a different story.

Does this work in terms of being able to change brainwaves?
If not, are there technologies that do just this and/or how far can you go with such technology? Could you actually put someone to sleep by inducing delta waves for example (I am a layperson and I am fully aware that I don't understand the brain, go easy!)

There is some research in the entrainment of biological neural networks to induce synchronization as discussed in the thread linked below (from a paper where it is assumed this is already a 'strategy' of the brain in nature).

https://www.physicsforums.com/showthread.php?t=456636&highlight=electric+field+entrain+brain

So there is a physical mechanism, but is there a significant resulting biological or psychological effect? Or would we be able to control those effects with any precision? Not that I know of.
 
  • #6
Diezehl said:
If the concept does work, in theory it could help one sleep, wake up, and errr, ok that's all I got. So I guess this is just a general inquiry, if anyone has any knowledge or thoughts on the validity of the science underpinning bineural beats, and indeed the potential applications for it I am eager to re-examine my opinion.

I wrote about the science behind these "light and sound" goggles when they came out in the early 1990s. There is an entrainment effect, but it doesn't do anything special. Certainly no more than meditating or going for a run.

Bottom-line: a bit of fun, won't change your life.
 
  • #7
I notice there is a bunch of discussion on this forum about it, which I would have found had I not mispelled it when I searched xD

So am I correct in assuming that 'binaural beats' are not strictly pseudoscience?

Are the other examples of entrainment that have received more attention with regards to scientific study?
 

1. What are binaural beats?

Binaural beats are auditory illusions created by two different frequencies played separately in each ear. This creates a third frequency that the brain perceives and can lead to changes in brainwave activity.

2. How do binaural beats work?

Binaural beats work by using a process called frequency following response. When the brain hears two different frequencies, it tries to find the difference between them. This results in the brain syncing to the frequency of the binaural beat.

3. What are the benefits of using binaural beats?

Binaural beats have been claimed to have various benefits such as reducing anxiety and stress, improving focus and concentration, aiding in relaxation and meditation, and promoting better sleep.

4. Are there any risks associated with using binaural beats?

There are no known risks associated with using binaural beats. However, individuals with a history of seizures or epilepsy should avoid using them as it may trigger seizures. It is also not recommended for people with heart conditions or those who are pregnant.

5. How can binaural beats be used in scientific research?

Binaural beats have been studied in various research studies, mostly in the fields of psychology and neuroscience. They have been used to investigate the effects of different frequencies on brain activity, cognitive performance, and emotional states. They have also been used in clinical settings to aid in relaxation and pain management.

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