Enobio - Wireless Electrophysiology Monitor

Research : Epistemology - By:(Me) Nicholas Ellis @ www.youtube.com/sn1pe352

Researchers at Yale University and the National Institute of Standards and Technology (NIST), applying modern engineering design tools to one of the basic units of life, argue that artificial cells could be built that not only replicate the electrical behavior of electric eel cells but in fact improve on them. Artificial versions of the eel's electricity generating cells could be developed as a power source for medical implants and other tiny devices.

• Nikola Tesla -- discovered in 1895, alternating current, and invented the AC generator, has published many papers and invented manyelectrical equipment, including Tesla coil therapeutic tools.

• Alexander Gurwitsch discovered -- in 1922 "biophotons" and "mitogenic" mitosis "waves. His work is the first documented evidence of" bio-photons, and became the basis for the design of future bioelectromagnetic therapy devices.

• Georges Lakhovsky -- in 1925 invented the multi-wave oscillator, a broad range of electrical frequencies that balance back in the cell producesBody, and a paper published heal "News Radio" magazine, entitled "Cancer of ultra radio frequencies."

• Royal Raymond Rife -- in the 1930s showed how can its frequency research and mitogenic impulse-wave technology (in the public domain) to cure cancer.

• Ed Skilling -- 1950's breakthrough discoveries with space-age electronics, transmission and communication with the cells and the immune system of the body; results supercedesall previous electro-medicine technologies

For those of you who are living 100 years in the future like myself, you can see the endless applications of this technology, electrophysiology is extremely important to understand in the human microcosm

Enobio® is a wearable, modular and wireless electrophysiology sensor system for the recording of EEG (Electroencephalogram - brain activity), ECG (Electrocardiogram - heart activity) and EOG (Electrooculogram - eye movement) signals. Notably, such technologies have a wide range of applications, including measurement of bioimpedance, brain-computer interfaces, biometrics, virtual/augmented reality and Presence, because they open a wide window of observation to the human body and in particular to the human brain.

To help understand Neuron Networking,and Electrophysiology,Animal Magnetism this small piece of information has been useful for myself therefor I give it to you

Category:

Science & Technology

Tags:

• Cardioelectrophysiology
• Electrophysiology