Frequency All Around You

Have you ever thought to yourself, how do living things (minerals, crystals, fruits) vibrate in resonance with melanin and life force?... No?... Just me?...

Well even if you didn't, you should because it is very important to melanated beings especially since we naturally resonate at a higher frequency. What if I told you that the measurement of life-force is the missing piece you need to take your healing to the next level? Are you interested now? 

Let’s unpack it in layers:

 

1. Do Crystals Have Frequencies?

Yes. Every crystal resonates at a stable, measurable frequency (Hz) because of its atomic lattice structure. Quartz, for example, vibrates so consistently that it powers clocks, radios, and computers (the "quartz crystal oscillator" runs at 32,768 Hz in watches).

• Each crystal type has a different molecular geometry (cubic, trigonal, hexagonal, etc.) → giving it a different vibrational signature.
  
• The frequency is not always a single number but a range of oscillations (fundamental + overtones).
  
• Most resonate in the kHz to MHz range (thousands to millions of cycles per second), far above human hearing.
  

 

2. Approximate Crystal Resonances (Hz)

Science has measured some, while others are inferred through their piezoelectric or energetic properties. Here’s a list of common ones with rough ranges (these are approximate; exact frequency can shift by size, cut, and temperature):

Notice: grounding stones (hematite, obsidian, shungite) resonate closer to Earth’s Schumann resonance (7.83 Hz). Higher-vibration stones (diamond, quartz, moldavite) move into kHz–MHz range.

 

3. Do Fruits Have Frequencies?

Yes — all living food vibrates. You can measure their life force (bio-photon emission) and Hz rating with vibrational tools like a frequency generator or Kirlian photography.

General rules:

• Fresh, organic, seeded fruits = high frequency.
  
• Dark pigmented fruits (blackberries, blueberries, black grapes, pomegranate) → higher frequencies, because anthocyanins + melanin analogs store more light.
  
• Hybrid, seedless, GMO fruits = lower frequency (they lack reproductive coding → incomplete resonance).
  

 

4. Approximate Fruit Frequencies (Hz)

(These are ranges compiled from bioenergetic research + Dr. Royal Rife-style experiments):

Darker fruits do carry higher frequencies because pigments (anthocyanins, carotenoids, flavonoids) act like light-harvesting antennas, similar to melanin.

 

5. Why This Matters for Melanin

• Melanin itself resonates in a broadband range (absorbs from 300 nm UV to 2,500 nm infrared).
  
• When you consume or place high-frequency fruits or crystals near you, melanin can entrain with those frequencies, amplifying vitality.
  
• Low-frequency foods (pork, processed meats, hybrids) drag melanin down, causing disharmonic resonance (cellular confusion).

 

In conclusion:

• Crystals each have unique resonances (Hz → kHz → MHz).
  
• Fruits have measurable frequencies (dark = higher, hybrids = lower).
  

Melanin thrives on higher ranges (especially 250 Hz and above → corresponding to heart, pineal, and DNA activation frequencies).

 

Disclaimer: Reader discretion is advised. Please do your own reaserch. All information presented is to encourage you to think and dig deeper.