What if a breathwork session could go beyond just breathing? Breathwork Infinity® combines breath with an immersive sound architecture designed around rhythm, frequencies, binaural beats, isochronic stimulation, music, and guidance.
Breathing is already a remarkable physiological lever. Voluntarily altering one's breathing can affect the cardiovascular dynamics, cardiac variability, the state of activation, and the regulation of the autonomic nervous system.
But the brain does not react only to what we breathe. He also reacts to what we do Let's understand, according to us Let's repeat, at rhythm, at the'attention and the sensory environment in which we are immersed.
It was from this idea that Breathwork Infinity® was born.
It can produce measurable rhythmic neuronal activity in response to certain periodic auditory stimuli.
The Auditory Steady-State Responses show that repetitive acoustic stimulation can elicit a neuronal response synchronized with certain characteristics of the stimulus. These responses are observable by EEG or MEG. This is one of the scientific bases that make research into sound stimulation of the brain particularly exciting.
The brain constantly analyzes frequency, intensity, rhythm and temporal variations of sounds.
Some periodic stimulations can generate a measurable rhythmic neuronal activity.
According to the protocols, the research is currently underway. their effects on attention, anxiety, cognition, pain, relaxation and states of absorption.
It is this principle that Breathwork Infinity® incorporates to an immersive breathing experience.
The principle of binaural beats is fascinating.
When two slightly different frequencies are sent separately in each ear, the corresponding beat their difference is not physically present in the helmet.
It is the auditory system that builds this perception.
It is precisely this phenomenon that led researchers to study the effects of binaural stimulation on brain activity, attention, cognition, anxiety and the perception of pain.
Even before adding a single frequency, Modifying the breath means modifying part of the physiological information transmitted to the brain.
Slow voluntary breathing can increase several cardiovascular variability parameters related to autonomic regulation and parasympathetic.
Breathing affects the heart rate. the baroreflex and several mechanisms cardio-respiratory synchronization.
Research on controlled breathing shows that it can be associated with changes in stress, of activation, attention and emotional experience.
Our brain state and our physiological state are constantly involved in the way we are we think, feel, perceive, respond and direct our attention.
A hypervigilant brain does not process the experience in the same way that a brain placed in a state of greater physiological safety, absorption or concentration.
This is precisely where the interest of Breathwork Infinity® lies: using multiple entry points into the nervous system to promote a change of state.
And this change in status can have very concrete consequences.
Breathing and sound stimulation are not studied solely to observe beautiful EEG curves. Researchers primarily look at what changes afterwards: stress, emotion, attention, pain, cognition, and conscious experience.
This is one of the best-documented results of breathwork. A meta-analysis of randomized controlled trials finds significant reduction in stress among participants who practice breathing techniques.
12 randomized trials · 785 adults
Significant effect, small to moderate:
Hedges g = −0.35.
Fincham et al., Scientific Reports →
Slow voluntary breathing modifies several parameters cardiovascular variability associated with vagal activity and to the parasympathetic regulation.
In other words: breath gives a voluntary access to a function that is normally largely automatic.
223 studies selected in a systematic review and meta-analysis.
Laborde et al., 2022 →
Interactions between breathing, attention and the brain have been observed directly in neuroimaging.
A MRI study on attention to breath showed a decrease in amygdala activation and an increase in its interaction with prefrontal regions involved in emotional regulation.
Amygdala + prefrontal cortex
Circuits directly involved in emotional processing.
Doll et al., NeuroImage →
Binaural stimulation is no longer being studied only in small exploratory experiments.
A 2025 meta-analysis covering 15 randomized trials a significant decrease has been observed periorbital anxiety with binaural beats.
14 trials · 1,047 participants
The amplitude of the results, however, varies greatly.
according to the protocols.
Xiong et al., 2025 →
Memory and attention are also part of it fields studied with binaural beats.
A meta-analysis of 22 studies found a significant overall effect on cognition, anxiety, and pain perception, with particular importance. of the frequency and duration of exposure.
22 studies · 35 sizes of effect
Average overall effect: g = 0.45.
Garcia-Argibay et al. →
Pain is not simply a signal coming from the body. It is also built and modularized through the central nervous system.
Research on binaural beats, especially in perioperative contexts, they observed a reduction in pain in several controlled trials.
5 trials · 433 participants
Significant effect on postoperative pain
in the 2025 meta-analysis.
See the meta-analysis →
Neurosciences are also starting to take off to seriously study a known phenomenon for millennia: the rhythm can favor states of mind unusual in their conscience.
A scientific review from 2025 concludes that certain rhythmic stimulations are associated with greater absorption and relaxation.
Drumming · binaural · mantra · rhythm
Aparicio-Terrés et al., 2025 →
In 2026, an EEG experiment was conducted participants at different speeds of rhythmic stimulation.
At 4 beats per second, in the theta band, the more the brain followed the rhythm, the more subjective experience of altered state It was intense.
40 participants · EEG
Rhythmic stimulation at 4 Hz.
Study 2026 →
A particularly important experience recorded directly human brain activity.
The nasal breathing synchronized the activity of regions including the amygdala and the hippocampus, two central structures for emotion and memory.
Human intracranial EEG
The respiratory phase also influenced
memory performance and emotional discrimination.
Zelano et al., Journal of Neuroscience →
The same event is not experienced in the same way depending on whether the nervous system is hyperactive, calm, focused, absorbed or deeply relaxed.
Our working hypothesis at Breathwork Infinity® is therefore simple: Instead of intervening solely on the mental content, we create the conditions that are likely to First modify the state in which this content is processed.
Breath, rhythm, frequency, music and guidance then different access routes become available Towards the same goal: make the body more available to an inner experience that is different.
Two controllable sensory and physiological signals.
The autonomous and attentive dynamic can evolve.
Rhythm, attention, perception and emotion interact.
Relaxation, absorption or activation according to the phase.
It is here that the experience truly becomes personal.
That might be where it is located The true power of brain work: not telling him what to think, but change the conditions in which he thinks, feels and perceives.
La recherche étudie respiration, activité autonome, oscillations cérébrales, rythmes acoustiques, battements binauraux, attention et états d'absorption. Breathwork Infinity® réunit ces dimensions dans une seule expérience immersive construite comme un parcours.
Each session is conceived as an architecture in which Several levers are involved at different points in the experience.
Guided breathing rhythm gradually changes the physiological and attentive state.
Acoustic elements are integrated according to the different phases and intentions of the experiment.
Frequency differences can create a binaural perception directly constructed by the brain.
Rhythmic pulsations constitute another mode. periodic auditory stimulation.
The music accompanies the emotional dynamic, the increase in intensity and the return to calm.
The voice directs the attention, structure the experience and promote inner immersion.
The sound environment is designed to create a sense of immersion rather than just listening frontally.
The intensity gradually decreases to allow the system to return to a more stable state.
Changes the physiological dynamics.
It structures time and experience.
Stimulates the auditory and emotional networks.
Gradually turns away from the outside world.
Experience becomes global, bodily and internal.
Garcia-Argibay, Santed and Reales have combined 22 studies and 35 effect sizes. Their meta-analysis reports overall a significant effect of the average size of binaural beats on different cognitive, anxiety, and pain parameters.
See the publication on PubMed →Orozco Perez, Dumas and Lehmann have studied The brain response to different forms of auditory beats. Their results show that binaural and monaural stimuli can produce distinct profiles of activity and brain connectivity.
See the study →An important systematic review and meta-analysis included 223 studies. Slow voluntary breathing is associated with an increase in several cardiac variability parameters, which are related in particular to parasympathetic regulation.
See the meta-analysis →A meta-analysis of randomized controlled trials published in Scientific Reports concludes that breathwork interventions are associated with a reduction in stress compared to control groups, with also encouraging results regarding anxiety and depression.
See the publication →A systematic review of 14 EEG studies This shows that several experiments find neuronal training in response to binaural beats, while others obtain more variable results. This diversity underscores the importance of frequency, protocol, and exposure duration.
See the review →A systematic review and meta-analysis of 15 randomized trials reports significant effects of binaural beats on perioperative anxiety, as well as some effects on pain and several cardiovascular parameters.
See the publication →A recent review confirms that the steady-state auditory responses at 40 Hz correspond to rhythmic neuronal oscillations capable of synchronizing with periodic stimulation.
See the publication →Cette phrase n'implique pas qu'un fichier audio possède un pouvoir magique. Elle rappelle quelque chose de beaucoup plus intéressant : le véritable acteur de l'expérience est ton propre système nerveux.
Le casque transmet le signal. Le souffle modifie la physiologie. Le rythme organise l'expérience. La guidance oriente l'attention. But it's your brain that perceives, interprets, built and adaptable.
Breathing affects a part of physiology. Sound affects perception. Rhythm acts on the temporal organization. Music mobilizes the emotional circuits. Guidance affects attention.
Breathwork Infinity® does not consider these elements as accessories.
We use them as the different layers of the same experience.
It is this architecture that transforms a simple breathing session in a complete immersive experience.
Breathwork Infinity® was born from a desire: to no longer consider breathing, the brain, sound, and emotional experience as separate worlds.
Our approach is based on contemporary knowledge regarding breathing, autonomous regulation, the neuronal rhythms, attention and acoustic stimulation.
We are observing the research. We are evolving our creations. And we build experiences in which breath and sound technology working together.
Yes. Some periodic auditory stimuli can generate rhythmic neuronal responses measurable by EEG or MEG. This phenomenon is documented, in particular, through Auditory Steady-State Responses.
A binaural beat occurs when two sounds of slightly different frequencies are presented separately in each ear. The brain then perceives a beat corresponding to the difference between the two frequencies.
Yes. They are the subject of EEG research, of controlled experiments, of systematic reviews and meta-analyses, notably on attention, cognition, anxiety and the perception of pain.
Brainwave entrainment refers to the training or synchronization of rhythmic neuronal activity in response to periodic stimulation. The phenomenon is well documented for some of the auditory responses mentioned, and continues to be studied in the field of binaural beats.
Yes. Numerous studies show that voluntary breathing, especially when it is slowed down, can alter cardiac variability and several associated parameters in the regulation of the autonomic nervous system.
Breathwork Infinity® is not only based on breathing. The method combines breath, music, acoustic rhythms, binaural beats, stimulations areochrones, sound spatialization and guidance in order to create an immersive neuro-sensorial experience.
No. Breathwork Infinity® is a method of breathing and sensory immersion. It does not replace a diagnosis or treatment. nor the accompaniment of a healthcare professional.
A helmet. Guided breathing. An immersive sound architecture. Rhythms and frequencies that are thought out as the different layers of a single experience.
Breathwork Infinity® — breathwork enhanced by sound and neuroscience.
