How does Electromagnetism fit into Human Design?
Human Design (a metaphysical system) incorporates electromagnetism as:
Aura/Energy Fields: The body emits electromagnetic signals reflecting "energy type" (e.g., Manifestors, Generators, Projectors).
Decision-Making: Aligning with your "design" (based on birth data) optimizes life flow, akin to tuning into natural electromagnetic frequencies.
It uses electromagnetic metaphors for self-awareness (e.g., "magnetic monopole" in human design charts).
Viewing personal energy as an "EM field" might serve as a mindfulness tool for balance and intuition.
But what is Electromagnetism?
Electromagnetism is the branch of physics that studies the interplay between electric fields and magnetic fields. Its key principles include the notion that electric currents generate magnetic fields (Oersted’s Law), and that changing magnetic fields induce electric currents (Faraday’s Law). This concept is unified by Maxwell’s equations, which predict electromagnetic waves (e.g., light).
Electric Fields vs. Magnetic Fields: How Are They Related?
Electric Fields are created by static charges that act on any charged particle and are further characterized by field lines that start and end at charges. On the other hand, magnetic fields are created by moving charges (currents) that act only on moving charges. Its field lines are closed loops.
A changing electric field generates a magnetic field, and vice versa (Maxwell’s equations). Together, they form electromagnetic waves.
Examples of Electromagnetism in Everyday Life:
Electricity: Power grids, batteries, circuits.
Magnetism: Refrigerator magnets, MRI machines.
Electromagnetic Waves: Radio (FM/AM), microwaves, Wi-Fi, visible light, X-rays.
Induction: Wireless charging, electric transformers.
Chemistry: Electron bonds in molecules.
What is Electromagnetic Force?
Electromagnetic force is one of the four fundamental forces of nature (along with gravity, strong nuclear, and weak nuclear forces). It governs interactions between charged particles (such as electrons and protons) and is responsible for electric and magnetic phenomena, chemical bonding (via electron interactions), and light and other electromagnetic waves. It operates via virtual photons (carrier particles) and has infinite range but decreases with distance (as illustrated by Coulomb’s Law).
What is the Electromagnetic Spectrum?
The EM spectrum categorizes electromagnetic waves by frequency/wavelength. The spectrum ranges from radio waves, which have long wavelengths, and therefore low energy) all the way over to gamma rays, which exhibit short wavelengths and high energy. This spectrum includes microwaves, infrared waves, visible light, ultraviolet waves, and X-rays. All of these travel at speed of light, c, which is about 300 million meters per second or 670.6 million miles per hour in a vacuum.
Frequency, Wavelength, and Energy Relationship
Frequency is measured in waves per second (or Hertz).
Wavelength is the distance between consecutive wave peaks.
Energy is related to frequency in the following manner: a higher frequency equals a shorter wavelength which yields more energy.
The formula relating these variables is: Energy equals Planck’s constant multiplied by frequency.
How Waves Behave
Reflection: Bouncing off surfaces (e.g., mirrors).
Absorption: Energy taken up by materials (e.g., black clothes heat up in sunlight).
Diffraction: Bending around obstacles (e.g., hearing sound around corners).
Scattering: Waves redirected (e.g., blue sky from scattered sunlight).
Refraction: Bending when passing through different media (e.g., lenses, rainbows).
Traveling at the Speed of Light
Electromagnetic waves travel at c equal to approximately 3×10⁸ meters per second in a vacuum.
They slow down in materials (e.g., light bends in glass due to lower speed).
Theoretically, nothing with mass can reach the speed of light (Einstein’s relativity).
The Visible Spectrum
Humans can only see light in the range of 400 to 700 nanometer wavelengths
On the lower end of the spectrum, Violet light has a wavelength of 400 nanometers and runs all the way to red light with a wavelength of 700 nanometers.
White light is mix of all colors (e.g., sunlight).
Spectra and Spectral Signatures
Spectra: Unique "fingerprint" of light emitted/absorbed by elements (e.g., neon signs glow specific colors).
Spectral signatures identify materials (e.g., astronomers determine star composition via light spectra).
Key Summary
Electromagnetism underpins modern technology (phones, medicine, energy) and natural phenomena (light, chemistry).
Understanding its principles helps demystify everything from Wi-Fi to rainbows—and even spiritual systems like Human Design.
__________________________________________________________________________
Group Foundational Sessions Begin This May
If your heart feels stirred reading this… maybe it’s your turn to remember.
Our next Whale & Dolphin Energy Light Medicine Group Foundational Sessions begin this May. These sessions are an invitation to reconnect with your energetic blueprint, supported by a loving community and the deep, steady presence of the whales.
You’ll experience:
Energetic clearings
Light Body activations
Gentle messages from the whales and dolphins
Somatic release and soul-level integration
Sessions are recorded so you can move at your own pace, with support every step of the way.
Ready to step into the healing waters?
Join us here - Reserve your space in the upcoming Group Sessions.
__________________________________________________________________________
With love and remembrance,
The Fusion of Knowledge Team
#WhaleHealing #DolphinEnergy #EnergyHealing #VibrationalMedicine #SpiritualAwakening #DNAActivation #LightBodyHealing #EmotionalHealing #OceanicWisdom #FusionOfKnowledge