"TREATING THE BODY WITH LIGHT"
A science-based guide for anyone who wants to understand how light shapes health at the cellular level.
$6.99
Many forms of electromagnetism occur naturally on Earth and throughout the universe. All living things use oscillating frequencies to form their structure and sustain their function. In fact we can't live without electromagnetic fields—EMFs, as they're also called—because everyone and everything in the universe is vibrational in nature. Meaning vibration creates all matter in the universe, all forms of energy, and even carries consciousness itself.
One of the most rudimentary ways that vibrational energy supports our well-being is this: at rest its frequency teaches brain and nervous system cells the vibrational rate at which they work best—similar to the way a metronome helps a musician stay in rhythm. The ultimate example is the “Schumann resonance.” Oscillating at 7.83 cycles per second, it is said the Schumann resonance originates from energy waves such as lightning strikes and cosmic rays circumnavigating the globe.
As the quintessential friendly frequency, Schumann's gentle electromagnetic waves are like the heartbeat of the planet. They effectively sync our vibrational frequency to the optimal rate for brain cells and body cells to thrive in, which happens to be the same as that of planet Earth. What a coincidence!
Having lived in kinship with the Earth for so long, we've synced our internal biorhythms to the slow, rhythmic pulses of the planet, because 7.83 Hz is our brain and body's neural zero point. It's what you might call the body's baseline calibration frequency between the normal 9 - 12 Hz of daytime and the 8 - under 1 Hz of nighttime.
Two other native frequency ranges that support human biology are infrared (IR) and ultraviolet (UV). Below the visible spectrum, infrared powers cells and mitochondria. And it controls regeneration programming. Above the visible spectrum ultraviolet light makes biochemicals, powers cellular activity, regulates biorhythms, and beneficially stresses our proteins when received in moderation. That is, UV gently oxidizes proteins such as collagen and elastin in the skin, which can be good for you or it can be bad for you, depending on how well your body is able to rebuild the corrosion.
Let's explore the many ways that light has uplifted our biology since the dawn of time...


