Mark John, Author at Music of the Periodic Table

Tones of Titanium

22-Ti – Titanium Titanium is the 22nd element in the Periodic Table. It is a lustrous white metal that is very strong and light. Its primary uses are for airplanes and spacecraft because it easily alloys with aluminum, iron and molybdenum. It is also found in golf clubs, bicycles and other sports related equipment. Although…

Tones of Strontium

Strontium is the 38th element in the periodic table. It is classified as an alkaline earth metal. Strontium is found mainly in the minerals celestite and strontianite. The element is named after Strontian, Scottland. It is very reactive in air and water, catching fire in water and oxidizing to turn yellow in air. It is…

Tones of Bromine

Wikipedia describes Bromine as a fuming red-brown and one of two elements that are liquid liquid at room temperature. It is toxic and corrosive and although found in the body in trace amounts was not thought to be useful in human metabolism. Its main role appears to be in the immune system, combining to…

Restoration Agriculture

One year has elapsed since I began writing about healing and vibration, and, color and sound. What a wonder filled journey that has ranged far beyond my initial expectations and explorations that are in fields more diverse than vibrational healing. Little did I expect that along with crystals, aromatherapy, sound healing, song meditation and chakra balancing,…

The Tones of Scandium

Selenium is one of the more elusive elements. It is a low density silvery metal, almost as light as aluminum but with a much higher melting point. It combines easily with other elements and has a very low incidence on the earth. However, now it is being used in combination with other elements in bats,…

Atomic Tones – Healing Fields

After a few months away from publishing, I am excited to return to the Web Log of my exploration of vibrations and their power to heal. This post inaugurates a new, rebuilt site where all of the work is accessible from one place. Now the periodic table with the tones and colors for those who…

Lithium Revisited

I am coming back to revisit an element that I examined very early in the process of learning about the color of the spectra from individual materials. Lithium, is predominantly green, though it has orange, red and infrared in its fingerprint. I now understand that the colors are emitted by electrons as they return to…

Fascinating Aspects of Magnesium

Magnesium is the 12th element in the periodic table. Again I continue to find fascinating aspects of the elements. What truly surprised me was the structure of hemoglobin and chlorophyll. Their basic structures are identical except for Iron is in the center of hemoglobin and Magnesium is in the center of chlorophyll. The outer structures…

Tones of Potassium

Potassium is the 19th element. It is a soft silvery metal easily cut with a knife. Its density is less than water and it floats, however, it is so reactive that it spontaneously catches fire when it touches water, burning with a purple flame. It is one of the most highly reactive elements and is…

Hydrogen

Hydrogen is the first element in the periodic table. It has 5 main colors that resonate when it is returning to its resting state. The color on the screen is an approximation as it is converting wavelength in nanometers to color using RGB (the red, green, blue dots on the monitor screen). The lowest tone,…

Helium

Helium is the second element in the periodic table. It has 6 main colors that resonate when it is returning to its resting state. The color on the screen is an approximation as it is converting wavelength in nanometers to color using RGB (the red, green, blue dots on the monitor screen). I am still…

Lithium

Lithium is the 3rd element in the periodic table. Within the visible spectrum there are only 7 main emissions. Green, Orange and Infrared are the primary colors with the greatest intensity in the green spectrum. There is also a recording of all of the tones played together to give a sense of the total resonance of this…