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Sound generator · meditation

Binaural beats for meditation: a theta generator for a quiet mind

Sit down, put on headphones and press Play: the generator is set to a 6 Hz theta beat with a 15-minute timer. In a study with brain recordings, this exact beat produced a pattern resembling a meditative state within ten minutes. Below: which frequency suits which kind of meditation, a routine for beginners, and an honest word about lucid dreaming and astral projection.

Left ear200 Hz
Right ear206 Hz
The difference your brain hears6 Hz · theta
Timer
  • Binaural beats need headphones: each ear must hear only its own tone.
  • Set the volume so the tone is barely audible. Louder does not mean stronger.
Key facts
  • For meditation people use theta binaural beats, 4 to 8 Hz, and alpha beats, 8 to 14 Hz.
  • In a study with 28 participants a 6 Hz beat on a 250 Hz carrier increased theta activity across the cortex within 10 minutes, a pattern the authors compared to a meditative state.
  • In the same study tension scores fell in the group that listened to the beat.
  • A 7 Hz beat supported meditation and a 15 Hz beat hindered it in a study of novice and experienced meditators.
  • 20 minutes of theta beats after exercise increased parasympathetic activity and self-reported relaxation compared with a placebo sound.
  • Binaural beats need headphones; 15 to 20 minutes is the usual length of a session.

What binaural beats do in meditation

When experienced meditators sit, recordings of their brain activity often show more theta waves in the middle of the forehead, an area linked to sustained inner attention. Beginners rarely get there: the mind wanders, and ten minutes pass in planning tomorrow.

A theta binaural beat gives the wandering mind an anchor. The pulse is steady, simple and slightly hypnotic, so attention has something to return to. That is the practical benefit, whatever happens to brain waves.

And something does happen. In a study from Thailand, 28 people listened either to a 6 Hz binaural beat on a 250 Hz carrier or to a control sound for 30 minutes while their brain activity was recorded. In the beat group theta activity rose across the whole cortex within the first 10 minutes, including the frontal midline area, and the tension score on a mood scale fell. The authors concluded that this beat can be suggested as a stimulus for inducing a meditative state.

Binaural beats meditation frequency: which one to choose

Choose by the kind of practice, not by the promise on a label.

BeatBandKind of meditationNote
10 HzAlphaRelaxed attention, breath counting, first sessionsThe easiest start for beginners
7–8 HzTheta and alpha borderMindfulness, body scan7 Hz was the supporting beat in the meditators study
6 HzThetaDeep meditation, visualisationThe beat of the brain recording study
4–5 HzLow thetaThe edge of sleep, yoga nidraEasy to fall asleep
15 Hz and aboveBetaNot for meditationHindered meditation in the same study

A low carrier of 150 to 250 Hz sounds soft and stays in the background. If the tone irritates you, lower the carrier before you lower the volume.

How to meditate with binaural beats: a 15-minute routine

This routine suits people who have tried to meditate and gave up because the mind would not settle.

  • Sit with your back straight, in a chair or on a cushion. Lying down with a theta beat usually ends in sleep.
  • Put on headphones, press Play and close your eyes. The timer is set to 15 minutes.
  • For the first two minutes only breathe: in through the nose for a count of four, out for a count of six.
  • Then rest your attention on the pulse of the sound. You do not need to count it or analyse it.
  • When you notice that you are thinking about something else, return to the pulse without scolding yourself. Returning is the exercise.
  • When the sound fades out, sit for another minute in silence before you open your eyes.

Practise at the same time every day. Twenty minutes once a week does less than ten minutes every morning.

A 20-minute session in three phases

Once the 15-minute routine feels easy, a longer session can follow the natural course of a sitting: settle, go deeper, come back. The generator lets you change the beat while the sound is playing.

MinutesBeatWhat you do
0–410 Hz alphaSettle the posture, slow the breath, relax the face and shoulders
4–166 Hz thetaRest attention on the pulse or on the breath; return whenever you drift
16–2010 Hz alphaLet attention widen to the body and the room before you open your eyes

Set the timer to 30 minutes so that the fade-out does not interrupt the last phase, and stop the sound yourself at the end.

Breathing that goes well with the beat

The beat steadies attention; the breath steadies the body. Three simple patterns are enough.

  • Longer out-breath: in for a count of four, out for a count of six. The easiest pattern, good for the first minutes.
  • Box breathing: in for four, hold for four, out for four, hold for four. Useful when the mind is restless.
  • Natural breath: after a few minutes stop controlling the breath and only watch it. This is where the practice deepens.

Do not try to match the breath to the beat. A 6 Hz pulse is six beats a second; breathing is about six breaths a minute.

Binaural beats for deep meditation: what experienced meditators showed

A Canadian study compared novice meditators, with about eight months of practice, and experienced ones, with about eighteen years. Both groups meditated in silence, with a 7 Hz beat meant to support the practice, and with a 15 Hz beat meant to disturb it.

With the supporting beat the experienced meditators showed more slow-wave activity in the left temporal lobe. With the disturbing beat the novices could not hold their theta activity, while the experienced meditators were hardly affected.

Two conclusions follow. A beat in the beta range works against meditation, so do not meditate with a focus track. And practice builds a skill that sound alone does not give: the beat is a support, not a shortcut.

Guided meditation and binaural beats together

A voice and a beat combine well. The voice tells attention where to go, and the beat keeps the background steady between the sentences.

If you use a recorded guided meditation, start the generator at a low volume first and then the recording on top. The voice should be clearly louder than the tone. Choose an alpha or theta beat and leave the timer a few minutes longer than the recording.

Binaural beat meditation music: pure tone, music or both?

Most binaural beat meditation music online is a calm track with two tones mixed underneath. Does the beat add anything to the music, and does the music add anything to the beat? Two clinical trials give a partial answer.

At a hospital in Sunderland, England, patients waiting for day-case surgery listened to a soundtrack with binaural beats, to the identical soundtrack without the beat tones, or to nothing. Anxiety fell by 26.3% with the beats, by 11.1% with the music alone and by 3.8% without any sound; only the binaural group differed significantly from the others. In a 2025 trial in Karachi, Pakistan, with 99 root canal patients, binaural beats and 432 Hz music lowered anxiety equally, and both more than white noise.

So in one trial the beat added something on top of the music, and in the other a beat and a piece of music did equally well. Neither supports the label on 'theta music'. The brain does follow music: its slow activity tracks the rate of the notes, roughly 1 to 8 notes per second, and that is set by the tempo, not by the title of the track. The Brain waves page explains how such rhythms are measured.

  • Choose music without a strong rhythm or lyrics: drones, slow piano, rain. A clear drum beat competes with the pulse.
  • Start the generator first at a barely audible level, then bring in the music until the tone sits just beneath it.
  • Keep the carrier low, 150 to 250 Hz, so that it blends into the music instead of whistling above it.
  • Listen through headphones. Through speakers the beat disappears, even though the music stays.

On days when you want only silence and a bell at the start and end, use the Meditation timer page instead, and come back to the beat when the mind will not settle.

Morning or evening: when to meditate with binaural beats

In the morning use an alpha beat. It calms without making you drowsy, and ten minutes before the first screen of the day are easier to keep than any other slot.

In the evening theta fits better. It belongs to the border of sleep, so an evening session often ends in yawning, which is exactly what you want at that hour.

After exercise theta has direct support: in a double-blind study 20 minutes of theta beats after a workout increased the activity of the calming part of the nervous system and deepened the feeling of relaxation.

Binaural beats for relaxation and deep relaxation

Not every session has to be meditation. Sometimes you only want the body to let go after a long day. Relaxation is also where binaural beats have the broadest support: a 2019 meta-analysis of 22 studies found a medium-sized overall effect (g = 0.45) on anxiety, attention, memory and pain. Listening before a task worked better than listening only during it, longer exposure helped, and masking the beat with white or pink noise made no difference.

Relaxation and deep relaxation call for different settings. For ordinary relaxation, sitting up and staying clear, use a 10 Hz alpha beat. Alpha is the rhythm of a relaxed brain with the eyes closed, about 8 to 12 Hz at the back of the head in adults; the Alpha waves page explains it in detail. For deep relaxation, lying down, go lower, to a 4 to 6 Hz theta beat. Theta is the band that grows as alpha fades at the edge of sleep, as the Theta waves page describes, so expect to doze off now and then. That is the nature of the band, not a failure.

What you feel is real, but it is not proof that your brain waves have changed. A 2023 systematic review found 14 EEG studies of binaural beats: in five the brain followed the beat, in eight it did not, and one was mixed. The calm comes from several things at once: a steady sound, closed eyes, slow breathing and permission to do nothing for twenty minutes. The beat holds them together.

  • Lie on your back with a pillow under your knees. Set a 6 Hz beat and the timer to 25 minutes.
  • For the first five minutes make each out-breath longer than the in-breath.
  • Then move your attention slowly through the body, from the feet to the face, letting each part soften on the out-breath.
  • For the last ten minutes drop every technique and simply rest in the sound.
  • If you want to get up afterwards rather than sleep, switch to a 10 Hz beat for the final three minutes.

Deep relaxation does not suit everyone at every moment. Meditation has unpleasant effects for a minority: in a 2020 review about 8% of participants reported one, most often anxiety. In a tiny 2007 pilot study with four adults, a 7 Hz beat under pink noise even raised scores on a depression scale compared with the same noise alone. If a session leaves you uneasy, shorten it, open your eyes or stop.

Binaural beats for chakras and the third eye

Searches for chakra and third eye frequencies usually mean something else than brain waves. The numbers attached to chakras, such as 639 Hz or 852 Hz, come from the tradition of solfeggio tones: they are the pitch of a tone, not the rate of a beat.

A binaural beat has both. The carrier is the pitch you hear, the beat is the rhythm. If you work with a tradition that links a chakra to a pitch, you can set that pitch as the carrier, up to 600 Hz in this generator, and choose a theta beat for the meditation itself.

Brain research has nothing to say about chakras, so this is a matter of practice and tradition, not of evidence.

Binaural beats for healing: what the evidence covers

Healing frequencies are usually sold as repair for the body: cells, organs, even DNA. No controlled study has shown that a binaural beat heals tissue or cures a disease. A binaural beat is a perception: the brainstem compares two tones and hears a pulse. Studies therefore measure how people feel and how the brain responds.

Of the trials in patients, the most interesting results concern pain. In a double-blind crossover trial in Thessaloniki, Greece, people with chronic pain listened for 30 minutes to a 5 Hz theta beat or to a sham sound and then used it as needed for a week. Pain on a 0 to 10 scale fell from 5.6 to 3.4 with the beat and from 5.2 to 4.8 with the sham sound. Theta activity at 5 Hz rose only while the beat played, and during the week the patients took less pain medication.

That is promising, but it is one trial. A 2024 systematic review of 16 randomised trials on pain found a high risk of bias in most of them and rated the evidence low to very low. Alpha beats, or combinations from delta to alpha, looked potentially useful for acute pain, for example during medical procedures; for chronic pain the authors said more high-quality studies are needed.

The honest summary: binaural beats can make a session calmer, and in some studies they made pain and anxiety easier to bear. Nothing shows that they heal the body itself. During an illness use them as you would use calm music: alongside treatment, never instead of it.

Binaural beats for lucid dreaming and astral projection

These are among the most searched uses of binaural beats, and the honest answer is short: there are no controlled studies showing that binaural beats cause lucid dreams or out-of-body experiences.

What is known is the state in which such experiences are reported: the border between waking and sleep, when the body is relaxed and the mind is still awake. Low theta beats of 4 to 6 Hz are used by practitioners to stay in that border state longer. Whether anything more follows depends on the practice and the person, not on the frequency.

Astral travel is another name for the same experience. Out-of-body experiences have been studied, though not with sound. In 2002 neurologists in Geneva repeatedly induced one in a patient being evaluated for epilepsy treatment by electrically stimulating a small area of the brain, the right angular gyrus. The same stimulation produced illusory changes in the patient's arms and legs and a sense of the whole body moving. The authors suggested that such experiences reflect a failure of the brain to combine body and balance signals. That shows where the experience can arise in the brain; it says nothing about leaving the body, and it took an electrode, not a beat.

The idea itself has a history. In the 1970s the American radio producer Robert Monroe built a method of out-of-body exploration around binaural beats and patented it under the name Hemi-Sync; the institute he founded still teaches it.

Common mistakes

Most disappointments with binaural beats in meditation come from four things.

  • Too loud. The tone should be barely audible. Loudness does not deepen the effect and tires the ears.
  • No headphones. Through a speaker the two tones mix in the air and the binaural beat disappears.
  • Waiting for something special. Meditation with a beat feels like a calm, slightly heavy quiet, not like a vision.
  • Skipping days. In studies the effect on mood appeared within one session, but the skill of returning attention grows only with repetition.

Questions people ask

Do binaural beats help with meditation?

In a study with brain recordings a 6 Hz binaural beat raised theta activity across the cortex within 10 minutes and lowered tension, a pattern the authors compared to a meditative state. In practice the beat gives attention a steady anchor.

Do binaural beats help you relax?

For many people, yes, and relaxation is their best-supported use. A meta-analysis of 22 studies found a medium-sized effect on anxiety, attention, memory and pain, and theta beats after exercise increased the activity of the calming part of the nervous system. Sit up with 10 Hz for light relaxation; lie down with 4 to 6 Hz for deep relaxation.

What is the best binaural beats frequency for meditation?

Theta, 4 to 8 Hz, for deep meditation, most often 6 Hz. Beginners often start with a 10 Hz alpha beat, which is calming but less sleepy.

How long should a meditation with binaural beats last?

15 to 20 minutes. In the brain recording study the pattern resembling meditation appeared within the first 10 minutes.

Can I use binaural beats with a guided meditation?

Yes. Play the beat quietly in the background and the voice on top. The voice should be clearly louder than the tone.

Is binaural beat meditation music better than a pure tone?

Not necessarily. In one surgical study a soundtrack with binaural beats lowered anxiety more than the same soundtrack without them; in another trial binaural beats and 432 Hz music worked equally well. Choose what is easiest for you to listen to, and avoid music with a strong rhythm.

Do binaural beats cause lucid dreams or astral projection?

There are no controlled studies showing that. Practitioners use low theta beats to stay longer in the state between waking and sleep, where such experiences are reported.

Can binaural beats heal the body?

No study shows that binaural beats heal tissue or cure disease. Trials measure how people feel: in one double-blind trial a 5 Hz beat reduced chronic pain and the use of painkillers, but a 2024 review rated the evidence on pain as low to very low quality.

Do I need headphones?

Yes, for binaural beats. Isochronic tones are an alternative that works through a speaker.

Can beginners use binaural beats?

Yes. They are most useful to beginners, because the steady pulse makes it easier to notice when the mind has wandered and to return.

Which frequency should I avoid in meditation?

Beta beats of 15 Hz and above. In a study of meditators a 15 Hz beat hindered the practice, especially in novices.

Sources
  1. Jirakittayakorn N., Wongsawat Y. Brain responses to a 6-Hz binaural beat: effects on general theta rhythm and frontal midline theta activity. Frontiers in Neuroscience, 2017, 11, 365.
  2. Lavallee C. F., Koren S. A., Persinger M. A. A quantitative electroencephalographic study of meditation and binaural beat entrainment. Journal of Alternative and Complementary Medicine, 2011, 17 (4), 351–355.
  3. McConnell P. A. et al. Auditory driving of the autonomic nervous system: listening to theta-frequency binaural beats post-exercise increases parasympathetic activation and sympathetic withdrawal. Frontiers in Psychology, 2014, 5, 1248.
  4. Garcia-Argibay M., Santed M. A., Reales J. M. Efficacy of binaural auditory beats in cognition, anxiety, and pain perception: a meta-analysis. Psychological Research, 2019, 83, 357–372.
  5. Oster G. Auditory beats in the brain. Scientific American, 1973, 229 (4), 94–102.
  6. Ingendoh R. M., Posny E. S., Heine A. Binaural beats to entrain the brain? A systematic review of the effects of binaural beat stimulation on brain oscillatory activity, and the implications for psychological research and intervention. PLoS ONE, 2023, 18 (5), e0286023.
  7. Alcala-Zermeno J. L. et al. Seminar in Epileptology: Normal awake and sleep patterns, interictal abnormalities, and ictal patterns on scalp EEG. Epileptic Disorders, 2025, 27 (5), 803–866.
  8. Farias M., Maraldi E., Wallenkampf K. C., Lucchetti G. Adverse events in meditation practices and meditation-based therapies: a systematic review. Acta Psychiatrica Scandinavica, 2020, 142 (5), 374–393.
  9. Wahbeh H., Calabrese C., Zwickey H., Zajdel D. Binaural beat technology in humans: a pilot study to assess neuropsychologic, physiologic, and electroencephalographic effects. Journal of Alternative and Complementary Medicine, 2007, 13 (2), 199–206.
  10. Padmanabhan R., Hildreth A. J., Laws D. A prospective, randomised, controlled study examining binaural beat audio and pre-operative anxiety in patients undergoing general anaesthesia for day case surgery. Anaesthesia, 2005, 60 (9), 874–877.
  11. Zaki H., Ahmed S., Rehman Qazi F. U., Fatima N., Ali Y. S. Comparing binaural beats and 432 Hz music for reduction of preoperative anxiety in root canal patients: a randomized controlled trial. Journal of the Pakistan Medical Association, 2025, 75 (4), 540–544.
  12. Doelling K. B., Poeppel D. Cortical entrainment to music and its modulation by expertise. Proceedings of the National Academy of Sciences USA, 2015, 112 (45), E6233–E6242.
  13. Gkolias V. et al. Reduced pain and analgesic use after acoustic binaural beats therapy in chronic pain: a double-blind randomized control cross-over trial. European Journal of Pain, 2020, 24 (9), 1716–1729.
  14. Shamsi F., Azadinia F., Shaygan M. Does brain entrainment using binaural auditory beats affect pain perception in acute and chronic pain? A systematic review. BMC Complementary Medicine and Therapies, 2024, 24 (1), 34.
  15. Blanke O., Ortigue S., Landis T., Seeck M. Stimulating illusory own-body perceptions. Nature, 2002, 419 (6904), 269–270.
How this page is made

The generator makes the sound in the browser (Web Audio). On this page it starts in binaural mode with a 200 Hz tone in the left ear and a 206 Hz tone in the right ear, which gives a 6 Hz theta beat, and with a 15-minute timer. At the end of the timer the sound fades out gradually. All values can be changed.

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