As one of the leading authorities on applied neurosciences, it should come as no surprise to learn that Neurocore has often used neurofeedback in their research and development. However, many of their employees don’t know the history of it. Back in the late 1700’s, Alessandro Volta and Luigi Galvani first attempted to observe the effects of neurofeedback by attaching frog legs to an iron fence and seeing what happens. As the founding fathers of bioelectric theory and modern electrophysiology, they couldn’t help but notice that the legs contracted every time a streak of lightning appeared in the sky. They developed a hypothesis that this was due to inconsistencies in the electrical current of the lightning. Learn more about Neurocore at Crunchbase.
Of course, it took them almost 20 years to discover evidence of this theory but they nevertheless became recognized for their research and innovations. These would eventually pave the way for the development of what is now known as the electroencephalogram, better known as an EEG. This kind of technology is now used by Neurocore as they attempt to see how it affects patients with neurological disorders. More than a century after its invention, Hans Berger ended up becoming one of the first scientists to observe the effects of an EEG on a human test subject. He then published his research in his 1929 paper entitled “About The Human Electroencephalogram.” Read more about Neurocore at glassdoor.com.
His research and findings would eventually pave the way for the development of the quantitative electroencephalogram or Qeeg for short. Neurocore is now using this technology in all their depression treatment centers as they analyze the brainwaves of their patients in an effort to determine the inherent causes of their depression. Someday, Neurocore even hopes to uncover a surefire cure for this condition. The EEG works by attaching metal discs called electrodes to the scalps of their patients to help them monitor electrical impulses within the brain. They used to use it as a way to diagnose and treat patients who suffer from epilepsy but, nowadays, it’s more common use is to treat various types of neurological disorders such as sleep disorders and brain tumors.