Ocean wave · 0.1Hz Mayer wave · 0.1Hz

Luminarsphere™ · Science Explained

What Is Infrasound —
and Is It Safe?

A plain-language guide for guests, partners, and press.

"Infrasound is not something we invented. It is something your body already knows."

01 / Definition

What is infrasound?

Infrasound refers to sound waves with frequencies below 20Hz — the lower threshold of human hearing. You cannot hear infrasound through your ears the way you hear music or speech. Instead, you feel it. It registers as pressure, vibration, and resonance in the body.

The range used at Luminarsphere™ is 0.08Hz to 0.2Hz — extraordinarily slow oscillations that match the natural rhythms already present in your cardiovascular and autonomic nervous system. These are not arbitrary numbers. They are the frequencies your body has been responding to since before you were born.

02 / Familiarity

Where does infrasound come from naturally?

Infrasound surrounds us constantly. Most people have received it their entire lives without knowing it had a name.

🌊

Ocean Waves & Surf

0.1–0.5Hz

That deep chest resonance standing near the sea. Your nervous system has received this signal for the entirety of human evolution. Every time you felt the sea breathe — that was infrasound.

⛈️

Distant Thunderstorms

0.1–2Hz

The instinctive feeling that a storm is coming before you hear it. Your body detects the infrasound pressure front before your ears register the thunder.

💨

Wind Across Landscape

0.5–2Hz

Coastal and mountain communities experience continuous low-frequency infrasound daily. Your body adapts to it as background nervous system regulation.

❤️

Your Own Heartbeat

~1Hz

The cardiovascular pulse generates pressure waves at ~1Hz. Infrasound at 0.1Hz entrains the Mayer wave — a slower vascular oscillation present in every healthy adult at rest.

Cathedral Pipe Organs

16–32Hz

The largest organ pipes produce infrasound. Researchers documented that cathedrals generate infrasound through acoustic architecture — linked to feelings of awe and presence. (Tandy, 1998)

✈️

Aircraft & Urban Environments

50–90dB

People near airports and cities receive constant low-level infrasound. The WHO has documented this as normal in modern urban acoustic environments.

🌍

Minor Seismic Activity

0.01–1Hz

Even microseismic activity not felt consciously produces infrasound your body detects. Indigenous peoples worldwide developed intuitions about seismic events partly through infrasound sensitivity.

🫀

The Mayer Wave Inside You

0.1Hz

Your vascular system naturally oscillates at 0.1Hz. Luminarsphere™ infrasonic layer matches this exactly — creating resonance rather than stimulation.

"The body is not receiving something new. It is being reminded of something it already knows — its own rhythm."

03 / The Science

Why does it affect the nervous system?

The autonomic nervous system — which regulates heart rate, breathing, digestion, and stress response — operates on slow rhythmic cycles. The most important of these, clinically, is the Mayer wave: a natural 0.1Hz oscillation in blood pressure and heart rate variability present in healthy adults at rest.

When an external infrasonic signal matches this internal rhythm, the body does not experience it as foreign stimulation. It experiences it as resonance — the same principle as a tuning fork vibrating in response to a matching frequency. This resonance amplifies parasympathetic nervous system activity, reducing stress biomarkers and improving heart rate variability.

Scientific Basis

Lehrer & Gevirtz (2014) demonstrated that the 0.1Hz resonance frequency represents the optimal point of cardiovascular coherence for parasympathetic recovery. This is the same principle used in Heart Rate Variability biofeedback — a clinically validated wellness modality — applied through an immersive acoustic environment.

04 / Safety

Is infrasound at Luminarsphere™ safe?

Yes. Here is why we are confident in that statement:

01

The frequencies we use (0.08–0.2Hz) are within the range the body experiences naturally from the environment every day.

02

WHO guidelines on environmental infrasound note that exposure below 100dB at these frequencies is well within normal occupational and environmental tolerability.

03

Every session is monitored in real time. Three or more Molaband™ wearables measure each guest's heart rate variability every 30 seconds. If the group shows stress rather than restoration, the NeuralPulse Engine™ responds immediately.

04

The TRW-17 rotary woofer (Eminent Technology) — the only hardware capable of producing infrasound at this precision — was designed by Bruce Thigpen and is used in professional acoustic research environments worldwide.

05

All sessions require a pre-session safety confirmation, including screening for pacemakers and cardiac devices, before any session begins.

Who should consult their physician first

· Individuals with pacemakers or implanted cardiac devices

· Third trimester of pregnancy

· Severe cardiovascular conditions under active management

· Acute vestibular disorders

Luminarsphere™ is a wellness environment, not a medical treatment facility. Sessions are designed for healthy adults seeking nervous system restoration.

05 / Experience

What does it actually feel like?

Most guests describe it as a sense of the space itself breathing. A subtle, deep warmth in the chest and abdomen. A feeling of weight releasing from the shoulders.

It is not dramatic. It is not disorienting. It is, in the words of many guests, deeply familiar — like arriving somewhere the body has always known. That is not coincidence. It is resonance.

"Standing at the ocean, the body knows what to do. Luminarsphere™ simply recreates that conversation — precisely, measurably, indoors."

Experience it for yourself

Ready to feel the difference?

Join Orbit Club™ and be among the first to experience Luminarsphere™ when we open Fall 2026 in San Marcos, California.

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Selected References

Lehrer, P. M., & Gevirtz, R. (2014). Heart rate variability biofeedback: How and why does it work? Frontiers in Psychology, 5, 756.

Tandy, V., & Lawrence, T. R. (1998). The ghost in the machine. Journal of the Society for Psychical Research, 62(851), 360–364.

World Health Organisation. (1999). Guidelines for Community Noise. WHO, Geneva.

Broner, N. (1978). The effects of low frequency noise on people. Journal of Sound and Vibration, 58(4), 483–500.

Task Force of the European Society of Cardiology. (1996). Heart rate variability: Standards of measurement. Circulation, 93(5), 1043–1065.

This page is for informational purposes only and does not constitute medical advice. For medical concerns, consult a qualified healthcare professional.