The argument, one link at a time
The video's logic is a chain. Frequency shapes water. Your fascia, the connective tissue that wraps your muscles and organs, holds water. So the sounds around you could be reshaping your fascia, and because fascia runs all the way up to your face, they could be changing how you look and how you age.
A chain is only as strong as its weakest link, so here's each one in turn.
Link one: frequency shapes water
True, and you can watch it happen. Vibrate a dish of water and its surface forms standing-wave patterns that change with the frequency. That's cymatics, and it's the same physics behind a drum rippling a wall of sequins.
The catch is what's being moved. Cymatics happens at a free surface, driven directly by something vibrating hard. Water inside your body isn't sitting in an open dish. It's held in tissue, inside a body that's already absorbing and damping vibration. A pattern on a plate doesn't tell you what a passing sound does to the fluid in your jaw. The video also leans on Masaru Emoto's water-crystal photos at this point, and those were never replicated under controlled conditions.
Sound and vibration organise the surface of water and loose particles. That's measurable, repeatable physics. It doesn't show that everyday sound does the same to water held in living tissue.
Link two: fascia holds water, and it changes
Also true. Fascia is real, continuous and more interesting than anatomy classes used to admit. Its water content does shift under mechanical load. In a 2012 study, Robert Schleip and colleagues stretched samples of animal fascia and let them rest. The tissue lost fluid right after stretching, then took on more than it started with, and it got stiffer in the process.
Look at what did the work, though: a sustained physical stretch, applied to mouse and pig tissue in a lab. There was no sound involved.
Schleip R, et al., "Strain hardening of fascia," J Bodyw Mov Ther. 2012;16(1):94–100. doi: 10.1016/j.jbmt.2011.09.003. It shows fascia hydration responds to stretching in animal tissue samples. It doesn't test sound, or living people. We also couldn't find a measured source for the video's figure of 22 kg of fascia in the body, so we aren't repeating it.
Link three: can cells feel sound at all?
This is the most surprising link, and the video doesn't even mention it. Yes, at least some can. In 2018, a team at Kyoto University played sound at cells growing in dishes. Some cell types turned down certain genes that respond to mechanical force, and the change lasted for hours.
That's a remarkable result, and it comes with limits worth stating. The clearest effects came at 94 decibels, about as loud as a lawn mower, for an hour or more. Two of the three genes barely responded at lower volumes. Some cell types didn't respond at all. And sine waves at 55 Hz, 110 Hz, 440 Hz and 4 kHz acted about the same, so the volume and the shape of the wave mattered more than the pitch. It tells us cells can notice sound. It doesn't tell us a stressful sound reprograms your tissue, or that a particular frequency has a particular effect in a body.
Kumeta M, et al., "Cell type-specific suppression of mechanosensitive genes by audible sound stimulation," PLoS ONE. 2018;13(1):e0188764. doi: 10.1371/journal.pone.0188764. Cultured cell lines only, with no living animals or people. The authors themselves call the pressure involved a small perturbation compared with other mechanical stimuli.
Link four: so sound changes your face
This is where the chain breaks. No study we could find shows that everyday sound reshapes human fascia, facial structure or the way someone ages. The evidence offered in the video is a set of before-and-after photos, and those can't carry this claim. Age, weight, lighting, angle, posture, grooming and years of other life changes all land in the same picture. The same goes for "we're not meant to be aging." It's a great line, and it isn't something the biology supports.
Some of the video's quieter points are simply fair. Stress really does change your nervous system's state, and plenty of people clench their jaw when they're angry. But that's your body responding to how you feel, through muscle and nerve. It's a different thing from sound waves reshaping tissue.
The claim that sound reshapes your fascia, your face or how you age hasn't been shown in people. Treat it as a hypothesis built from real pieces, not as a finding.
The honest version: every piece of the chain is interesting, and the conclusion isn't supported. But the video ends on something better than its headline.
The part worth keeping: the sound you make yourself
The video's best idea comes right at the end. Instead of trying to control every sound around you, change the one you produce. Its suggestion is to hum, slowly, on the exhale. This is where the evidence gets properly interesting, for reasons that have nothing to do with your jawline.
Humming and nitric oxide
Your sinuses produce nitric oxide, a gas your body uses as a signalling molecule. In 2002, two Karolinska Institute researchers, Eddie Weitzberg and Jon Lundberg, measured how much of it reached the nose during quiet breathing out and during humming. In their 10 healthy volunteers, nasal nitric oxide rose about 15-fold while humming. Their explanation is pure physics: the vibrating airflow moves air between the sinuses and the nasal cavity far faster than a quiet breath does. Sound is a push, and here it's a push you're making inside your own head.
Weitzberg E, Lundberg JO, "Humming greatly increases nasal nitric oxide," Am J Respir Crit Care Med. 2002;166(2):144–145. doi: 10.1164/rccm.200202-138BC. The same group's later work also found a large nitric oxide release with humming (Eur Respir J. 2003;22(2):323–329). This measures a gas in the nose during humming. It's a small study of healthy people and doesn't show that humming treats or prevents anything.
Humming and your heart rhythm
There's also early work on calm. In a 2023 pilot study, 23 people wore Holter heart monitors while going about their lives, including at least 15 minutes of simple Bhramari, a slow closed-mouth hum from yoga. Humming had the lowest stress index of the four activities compared (humming, physical activity, emotional stress and sleep), and the lowest heart rate of the waking ones.
Trivedi G, et al., "Humming (Simple Bhramari Pranayama) as a Stress Buster," Cureus. 2023;15(4):e37527. doi: 10.7759/cureus.37527. It's small and has no randomised control, so it can suggest a calming effect but can't confirm one. You'll often see claims that humming "activates the vagus nerve." That's a reasonable idea, but we didn't find a study that shows it directly.
How to try it
- Close your lips and breathe in slowly through your nose.
- Hum on the exhale at a low, comfortable pitch. Let it last as long as it easily can, without straining.
- Notice where you feel it, usually in your lips, nose and chest.
- Repeat for five minutes or so, working up to the 15 minutes used in the pilot study if you enjoy it.
It costs nothing, needs no equipment, and at worst you've spent five minutes breathing slowly. It isn't a treatment for anything, so if you have a sinus or breathing condition, keep following your doctor's advice.
Where this shows up in AUM
AUM is named after the oldest hum there is, and we go into that in what AUM actually means. Everything in the app runs on the same idea this post ended up at: choose the sound you live inside. Turn on a tone in AUM and it gives you a steady pitch to hum along with, over whatever you're already listening to. Or record affirmations in your own voice and loop them quietly under your music, so the sound you put in is one you picked.
Choose your own frequency
3-day free trial, then $8/month. Tones, binaural beats and subliminals in your own voice, layered under whatever you're already playing.