Energy Science has some answers

History lines up great scientists responsible for the discovery of a phenomenon that is causing major strides in Health science.

All Life is Energy

All life is energy. Every nerve impulse in your body is an electric current. Our muscles are powered by chemical energy. Every cell in your body is a mini-battery pumping out 70-90 millivolts—when healthy.

The steak and potatoes that you eat for dinner are really just fuel for the fire. Eating is like throwing coal in a furnace. Digestion is nothing more than a slow form of burning that produces energy for your body to live on. In fact, death itself is defined as the absence of electrical activity in the brain. In the end, all life is energy.

Optimize that Energy and You Optimize Your Health

Energy is neither good nor bad; it just is. The same electricity that is used by a chiropractor or a physical therapist to stimulate your muscles and promote healing with a TENS machine is the same electricity that was used in prisons to execute people in electric chairs. So, is electricity good or bad? The answer is: neither. It’s just a question of what frequency and amplitude you use and how you use it. And the same is true of all forms of energy.

Charge Your Body with the Right Frequencies and You Prevent Disease

The same laser light that is used to shoot down enemy missiles or as a death ray in a movie is also used by your eye-doctor to improve your vision via Lasik surgery or by your plastic surgeon to remove facial hair and wrinkles. Again, the difference is merely one of frequency and amplitude.

The proper use of energy in the healing arts has a long and significant history. From the TENS machines and laser surgery that we’ve already mentioned to the use of sound waves to break up kidney stones, or X-rays and magnetic fields to see into the body and the use of light to clean the blood. (And, of course, the laying on of hands – a healing art that becomes a whole lot less arcane once you understand the working principle behind it.)

All of the energy that we normally think of is characterized by both particle and wavelike properties. The waveform of all these energies can be graphed as a Hertzian wave (either in the form of a sine wave or a step wave).

We’re talking about everything from electricity to magnetism, from light to sound. The only difference between all of these forms of energy is how fast the waves rise and fall (the frequency) and how intense those rises and falls are (their amplitude).