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Introduction
In recent years a new science has emerged. Nanotechnology is focused around the use of very tiny particles in performing specific functions. In mainstream media, nanotechnology is always thought of as some sort of tiny robotic particles performing electronic functions in devices and gadgets. In reference to health, nanoscience usually reminds us of a tiny computerized doctor inside our bodies examining our state and wellbeing. Although realistically possible to implement, the aforementioned uses of nanotechnology provide little value to actual health. Diagnosing health problems has little to do with curing them.

Nanotechnology and Biophotons
In the early 1990’s, a joint effort by United States and China yielded some extraordinary results in use of nano-plant particles processed with nanotech tools. It was noticed by scientists that a specific combination of plant particles layered on top of each other emitted far infrared frequencies. Human body heat is also in the far infrared range. A conclusion was drawn that biophotons emitted from very tiny plant particles can replenish human body cells with the same far infrared frequency.

Vibrational frequency
Every cell has a native vibrational frequency. It’s neither a complicated concept nor a pseudoscience. Anything that transports ions (cell membrane) has an electrical charge. All electrical charges exhibit an electric field, which can be measured using an analyzer (oscillator). Vibrational frequency of a cell is like a tuner on the radio. On the radio, every station has a specific frequency; you won’t catch anything for 101.1 fm on 101.2 fm.

Why Nanotechnology?
The smaller the particle, the more potential per unit area it exhibits. Computer processors utilize this principle. Speed increase in computer processors is directly related to the size of the smallest transistor unit. In other words, the smaller the transistor, the faster it can pass voltage. Nanotechnological developments usually exploit this specific property. In the case of biophotons, the plant micro-particles emit low frequency waves that penetrate 1 to 2 inches through the skin. These waves activate the native vibrational frequencies or radio bands of cells. As the cells begin to absorb biophotons, all kinds of health regenerative processes start to take place. (read ) Nanotechnology allows processing of plants reducing them to a microscopic level.