Some link Jesus’s frequency to 528 Hz or 963 Hz, calling it Christ Consciousness or divine energy. These associations are symbolic rather than scientific.

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What Frequencies Are Dangerous to Humans? Understanding Risks from Sound to Radiation

Q: What frequencies affect the human body?

Frequencies across the sound and electromagnetic spectrum can affect the body. Infrasound ( 20 kHz) above 120 dB can damage hearing and tissues, and radiofrequency (30 MHz–3 GHz) can heat body tissues at high exposure levels.

Q: What is 777 Hz frequency good for?

777 Hz is often promoted in sound healing as a spiritual frequency linked to divine alignment and intuition. However, there is no scientific evidence supporting its healing effects.

Q: What does 432 Hz do to the brain?

432 Hz music is believed to promote relaxation, reduce anxiety, and lower heart rate. Some small studies support calming effects, but most evidence is anecdotal.

Q: What is 444 frequency?

444 Hz is considered a healing and harmony frequency in sound therapy communities. It is often used in meditation music but lacks scientific validation.

Q: What is the frequency of God?

Some spiritual traditions associate 963 Hz with the frequency of God, symbolizing divine connection. This is a metaphysical belief and not scientifically proven.

Q: What is 1111 Hz frequency?

1111 Hz is described in spiritual circles as a frequency for awakening intuition and alignment. It is not scientifically recognized as therapeutic.

Q: What is the frequency of Om?

The sacred Om chant is typically measured around 136.1 Hz, linked to the Earth’s orbit. It is used in meditation for calmness and grounding.

Q: What frequencies should I avoid?

Avoid prolonged exposure to infrasound below 20 Hz, ultrasound above 120 dB, and high-intensity RF frequencies (30–300 MHz). These can cause dizziness, hearing damage, or tissue heating.

Byblog.medihertz.com

Aug 22, 2025

What Frequencies Are Dangerous to Humans?

1. Introduction

Brief overview: frequency ranges across electromagnetic and acoustic spectra.
Importance of understanding dangers to inform safety guidelines, public awareness, and practical use.

2. Electromagnetic Frequencies (Non-Ionizing Radiation)

2.1 Extremely Low Frequency (ELF: 0–100 Hz) & Power Lines

ELF fields (e.g., 50–60 Hz from power sources) are controversial due to possible neurological, reproductive, and carcinogenic effects. Some studies link residential exposure to childhood leukemia, though evidence remains inconclusive.OSHACancer.gov

2.2 Radiofrequency (RF: 3 kHz – 300 GHz)

Established health risks at high power include tissue heating and nerve stimulation. No confirmed chronic effects below regulatory exposure limits.Government of CanadaWorld Health Organization
The body absorbs RF most effectively between 30–300 MHz, making these ranges more tightly regulated.Federal Communications Commission
Mobile phones (300 MHz–3 GHz) can slightly raise local temperature and may pose long-term risk if heavy exposure persists.PMC
Some research has linked pulsed or modulated RF to brain effects, including blood–brain barrier disruption and neuronal damage in animal studies. Not mainstream consensus.GQ+1
Overall, health guidance (e.g. WHO, FCC) indicates low-level RF (like 5G) is non-ionizing and unlikely harmful when under regulated limits.WIREDWorld Health Organization

2.3 Shortwave & Microwave Frequencies (Therapeutic & Harmful Effects)

Shortwave diathermy (1.6–30 MHz) used medically can significantly heat tissues; excessive exposure can cause burns.Wikipedia
High-power pulsed RF, even within regulatory limits, may produce non-thermal neurological effects, suggesting potential gaps in safety guidelines.arXiv

3. Acoustic Frequencies: Sound-Related Risks

3.1 Infrasound (<20 Hz)

Though often inaudible, high-intensity infrasound can induce nausea, vertigo, and disorientation. Example: sub-woofers causing arrhythmic death syndrome in a club patron—though officially natural causes.Wikipedia
Experiments with extreme levels (e.g., 2–3 Hz at 160 dB) caused motor disruption, nausea, and communication breakdown when applied directly through vibration.Wikipedia
Low-level infrasound (~17 Hz) can induce feelings of fear or unease even when undetectable.Wikipedia

3.2 Ultrasound & High-Frequency Sound (>20 kHz)

Occupational exposure above 120 dB may damage hearing; >155 dB risks tissue heating; ~180 dB can be fatal. Recommended safe exposure is under 70 dB at 20 kHz, and under 100 dB above 25 kHz.Wikipedia

3.3 Sonic Weapons / LRADs

Long-Range Acoustic Devices (20–20,000 Hz) emit intense sound to incapacitate by causing pain or disorientation.Wikipedia
Some frequencies (e.g., ~19 Hz) have been linked to visual disturbances or eerie “apparitions” due to eyeball resonance.WikipediaInsideSources

4. Solfeggio Frequencies

Solfeggio frequencies are purported healing tones (e.g., 528 Hz), but they lack robust scientific evidence.HowStuffWorkssoundmedicineacademy.com
Generally considered safe, though in rare cases may cause discomfort (like dizziness or headaches)—particularly in individuals with seizure susceptibility.ZENmix
Scientifically, claims about DNA repair or organ healing are largely pseudoscientific.soundmedicineacademy.comFacebook
One small study showed that listening to 528 Hz music reduced stress markers (cortisol), increased oxytocin, and improved mood compared to 440 Hz. Experimental and not conclusive.SCIRP

5. Uses of “Dangerous” Frequencies

Shortwave diathermy: clinical heating for pain relief and tissue healing.Wikipedia
RF/Microwave: telecommunications (e.g., mobile networks), radar, cooking (microwave ovens), and medical devices. Heating effect exploited in therapy.
Infrasound: investigative/concert acoustic effects, myth experiments (e.g., “brown note”), psychological studies.Wikipedia
Ultrasound: medical diagnostics and therapy; industry must monitor occupational exposure to avoid damage.Wikipedia
Sonic weapons (LRADs): crowd control, emergency signaling, defense applications.Wikipedia

6. Safety Guidelines & Regulatory Limits

Health Canada Safety Code 6: Sets exposure limits for RF (3 kHz–300 GHz) to prevent heating and nerve stimulation.Government of Canada
FCC and WHO: confirm that non-ionizing RF at regulated levels is generally safe; heating is main risk.World Health OrganizationWIRED
Occupational ultrasound: UK guideline recommends max 70 dB at 20 kHz and 100 dB above 25 kHz for general public exposure.Wikipedia

Frequently Asked Questions (FAQ)

What frequencies affect the human body?

Frequencies like infrasound (<20 Hz), ultrasound (>20 kHz), and high-intensity radio frequencies can affect the body, potentially causing dizziness, nausea, hearing issues, or tissue heating at unsafe exposure levels.

What is 777 Hz frequency good for?

777 Hz is often associated with spiritual healing and intuition in sound therapy, though there is no scientific proof to support these claims.

What does 432 Hz do to the brain?

432 Hz is believed to promote relaxation, reduce anxiety, and calm the nervous system. Some small studies suggest soothing effects, but most evidence is anecdotal.

What is 444 frequency?

444 Hz is linked with harmony and balance in sound healing traditions, often used for meditation and relaxation music.

What is the frequency of God?

963 Hz is often referred to as the “frequency of God” in spiritual communities, symbolizing divine connection and enlightenment. This is a metaphysical belief, not scientific.

What is 1111 Hz frequency?

1111 Hz is described as a frequency that awakens intuition and promotes spiritual alignment. It is not scientifically validated.

What Hz is Jesus?

Some traditions link Jesus’s frequency to 528 Hz (love frequency) or 963 Hz (divine energy). These associations are symbolic rather than scientific.

What is the 888 Hz frequency?

888 Hz is linked with abundance, balance, and infinite energy in metaphysical teachings, though not backed by science.

What is the frequency of Om?

The sacred Om chant resonates around 136.1 Hz, aligning with the Earth’s natural vibration. It is commonly used in meditation for calmness and grounding.

What frequencies should I avoid?

It is best to avoid prolonged exposure to infrasound (<20 Hz), ultrasound at high decibel levels (>120 dB), and strong radio frequencies (30–300 MHz), as they can cause health risks.

What sound frequency is illegal?

No frequency itself is illegal, but the use of extreme sound levels, ultrasonic weapons, or devices like LRAD (>120 dB) is regulated due to health risks.

What sound frequency is harmful to venom?

Some studies suggest that ultrasound can alter the structure of snake venom proteins, reducing toxicity, but this is still under research.

Should I sleep with frequencies?

Yes, calming frequencies like 432 Hz or 528 Hz may improve relaxation and sleep. Avoid harsh or loud sounds while sleeping.

What frequency is 5G?

5G technology operates between 450 MHz and 52 GHz, depending on the band and country. These are non-ionizing frequencies and considered safe within exposure limits.