S31. Can’t Afford Swiss Mountain Air? Use SYM to Build Your Own “Snow-Mountain Lungs”
- Jul 10
- 7 min read
Have you ever imagined your lungs living in the Swiss Alps—crisp, cool, ultra-clean air with every breath? In reality, most of us don’t have the time or budget to “wash our lungs” in a mountain retreat. But an interesting medical study suggests something quite practical: with a practice called Sahaja Yoga Meditation (SYM), lung function in people over 40 can actually improve within a few months, instead of just declining with age.
This article will walk you through that study in simple, everyday language, while keeping the key scientific ideas intact, and show how a meditation practice might help you “build your own snow-mountain lungs.”
A story about 100 very ordinary people
This study did not use elite athletes or very sick patients. It looked at 100 very ordinary adults:
Age: 40–75 years, average around 55
Gender: 50 men, 50 women
Background: residents connected to an Indian medical college and the local community
Health profile: non-smokers, not obese, not hypertensive
The researchers did something very simple but meaningful:
First, they tested everyone’s lung function using standard medical tests (pulmonary function tests, PFTs).
Then they taught them Sahaja Yoga Meditation and asked them to practice it regularly for 6 months.
After 6 months, they repeated the same lung function tests and compared the “before vs after” results.
No drugs, no surgery, no trip to Switzerland—just adding a consistent meditation habit into daily life.
What is SYM really about? From “meditation” to Thoughtless Awareness
Sahaja Yoga Meditation (SYM) is not exactly the same as the generic “relax and breathe” meditations you might find in an app. It has a few key elements:
“Sahaja” in Sanskrit means “spontaneous” or “effortless.”
The central state is called mental silence or Thoughtless Awareness. In simple terms:
You are awake and aware of what’s happening around you.
But the constant stream of thoughts quiets down; the mind becomes still without going to sleep.
In this experiment, the participants practiced SYM in roughly this way:
Every day, about 10–20 minutes, twice a day, sitting quietly with natural breathing.
They used specific hand movements such as “raising (lifting) the Kundalini” and giving themselves “bandhan,” symbolizing awakening inner energy and protecting themselves.
During meditation, they placed their attention on the top of the head, the Sahasrara (crown chakra), and tried to experience a state of being fully awake while thoughts fall silent.
From a scientific point of view, whether you personally believe in energy or chakras is not the main issue. The real question is: If a group of people over 40 practice this regularly for six months, do their objective physical measurements change?
How do you “measure snow-mountain lungs”?
Lung function is not judged by feelings alone. Doctors use a device called a spirometer to measure how much and how fast you can blow air out of your lungs. In this study, participants performed a standard “forced exhalation” maneuver:
Take a very deep breath in, filling the lungs as much as possible.
Blow out as hard and as fast as they can into the machine, trying to empty the lungs completely.
The machine records how much air they exhale in the first second, the total volume, and the speed of airflow.
The researchers focused on several key lung function parameters. Here they are, with a simple explanation:
FEV1 (Forced Expiratory Volume in 1 second)
Technical: The volume of air you can forcefully blow out in the first second of exhalation.
Everyday language: How much air you can “blast out” in the very first moment. It reflects how strong your breathing muscles are and whether your airways are narrowed.
FVC (Forced Vital Capacity)
Technical: The total amount of air you can exhale after taking the deepest possible breath in and then blowing out forcefully until you are empty.
Everyday language: The full “capacity of your lungs” when you inhale as deeply as you can and then blow everything out.
FEV1/FVC ratio
Technical: FEV1 divided by FVC. It is used to detect airway obstruction (like in asthma or COPD).
Everyday language: If your lung size (FVC) is okay, but the first second (FEV1) is low, this ratio falls—meaning your airflow is blocked or restricted somewhere.
PEFR (Peak Expiratory Flow Rate)
Technical: The highest speed of airflow during a forced exhalation.
Everyday language: Think of it as your “maximum wind speed” when you blow out as hard as possible.
FEF25–75% (Forced Expiratory Flow 25–75%)
Technical: The average flow rate during the middle half of the exhalation, between 25% and 75% of the lung volume. Often used to evaluate small- to medium-sized airways.
Everyday language: Not the initial blast and not the final trickle, but the “middle part” of your exhale—whether the air flows smoothly through your smaller airways.
Altogether, these measurements form a kind of “lung function profile” for each person.
The numbers: What changed after 6 months of SYM?
The researchers measured everyone’s lung function before starting SYM, and again after 6 months of regular practice. Several important numbers changed in a surprising way:
FEV1% (percentage of predicted FEV1 for age/height/sex)
Before SYM: about 65.55% of the predicted normal value
After 6 months: about 82.30% of the predicted value
Meaning: On average, people went from functioning at around two-thirds of what is expected for their age, to above 80%. That’s a substantial improvement in the “first second blast” of air.
FVC% (percentage of predicted forced vital capacity)
Before: about 75.76%
After: about 85.90%
In other words, the total amount of air they could blow out after a deep breath increased by roughly 10 percentage points.
FEV1/FVC ratio
Roughly went from 0.93 to 0.94
This ratio was already in the normal range before, and the change is small. But the important point is: instead of declining with age, it slightly improved.
PEFR (peak flow)
Before: about 79.15 (in the units used by the device)
After: about 82.16
So the “maximum wind speed” of their exhalation became stronger.
FEF25–75%
The average value also went up, but the change was not statistically strong enough to be considered clearly significant in this study.
For people aged 40–75, the most remarkable thing is not just how much these numbers increased, but that they increased at all. Normally, in this age group, lung function only declines over time. To see a group-wide improvement over just half a year is unusual.
In simple terms:
In a group of ordinary middle-aged and older adults, six months of regular SYM practice made their lung function numbers move in the opposite direction of normal aging.
That’s why this study stands out—it’s not just people saying “I feel better”; the changes were measured with medical instruments.
Why would “meditation” affect the lungs? The physiology behind it
The authors discuss several possible mechanisms to explain these findings in biological terms. Here are the main ideas:
Deep inflation and lung elasticity
When you expand your lungs close to their full capacity (near Total Lung Capacity, TLC), this stimulates the release of substances such as surfactant in the lungs. Surfactant helps keep the tiny air sacs (alveoli) open and improves the lung’s flexibility (compliance).
Because SYM often involves deeper, more regular breathing, it may work like a gentle daily “stretching exercise” for the lungs, helping them stay flexible instead of stiff.
Breathing muscles as “trained muscles”
Regular, deeper inhalations and exhalations train the diaphragm and intercostal muscles (the muscles between the ribs). It’s similar to doing light but consistent exercises for these muscles.
Over time, this can improve FEV1—the amount you can blow out in the first second—because your breathing muscles become more efficient and stronger.
Stress, nervous system, and airway tone
When you are anxious or stressed, your sympathetic nervous system becomes active: muscles tense up, heart rate increases, and airways can narrow more easily.
SYM’s core state of Thoughtless Awareness helps the brain temporarily step out of the constant thought-stream. This calmer state may reduce overall muscle tension, including in the smooth muscles of the airways, possibly improving airflow.
Breathing rhythm and airway reactivity
Other studies have shown that regular, controlled breathing can reduce bronchial hyperreactivity, especially in people with asthma.
Although the participants in this study were not asthma patients, similar mechanisms—more stable breathing patterns and calmer nervous system—could still benefit aging lungs.
In short:
SYM may help the lungs by combining deeper, more relaxed breathing with nervous system relaxation and steady daily practice—training the lungs, chest wall, breathing muscles, and the brain’s stress circuits at the same time.
How “scientific” is this? And what are the limits?
As a medical paper, the study did several things right:
It clearly described the participants (100 people, age range, gender ratio) and excluded major confounding factors like smoking, obesity, and hypertension.
It used standardized lung function equipment and test procedures (each person repeated the tests three times, and the best results were used).
The before–after differences were tested with proper statistical methods, not just impressions.
However, there are also important limitations:
It was a single-group before–after study. Everyone practiced SYM; there was no separate control group that did nothing or did another kind of activity.
Over six months, people might also have changed other lifestyle factors (walking more, sleeping better, eating differently), which can’t be perfectly controlled.
The study was done in one region in India. We cannot automatically assume exactly the same results for every country and population.
So the message should be:
The study provides good evidence that SYM may have real, measurable benefits for lung function in people over 40, but it doesn’t prove that everyone, everywhere, will get the same improvement.
For readers, the key takeaway is not that SYM is a “magic cure for all diseases,” but that meditation is now being evaluated with proper scientific tools, and in this case, the numbers look promising.
If you can’t buy Swiss mountain air, what can you do?
You don’t need to sign up for a formal course immediately. If the idea of “making your lungs a bit younger” through a daily practice appeals to you, you can start very simply:
Set aside 10–15 minutes a day when you won’t be interrupted. Sit comfortably with your back straight and breathe naturally.
Place your attention on your breathing and on the area at the top of your head. Just notice the air going in and out, and gently stay with the present moment.
When you catch yourself thinking about work, problems, or random memories, just acknowledge it and bring your attention back to your breath and the here-and-now—no need to blame yourself.
The goal is not to force yourself into a totally blank mind, but to experience that your mind can become quieter while you stay fully aware. That is very close to Thoughtless Awareness.
If one day you choose to learn SYM more systematically from formal sources, that can deepen the practice. But even before that, this study already offers a very practical message:
Even if you can’t afford Swiss mountain air, you can start, today, to train your own lungs through a simple, daily meditation practice—and over time, your “snow-mountain lungs” may grow from the inside out.
Further Reading:
Research Articles: Original Articles and Research Papers
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