Neurocore- A History Of Neurofeedback Science

Our brains are truly complex and astonishing organs. While they are certainly the most adaptable and resilient structures known to man, the brain is also our source of perception, thoughts, emotions and behaviors. There are billions of tiny, microscopic neurons in our brains which control the use of chemical signals in order to regulate the electric impulses that keep us active. The neurons are necessary for such functions in our brain related to how we feel, think, function and process everything. Read more about Neurocore at glassdoor.com.

Advancements In EEG Technology

There have been amazing advancements in the field of EEG technology, neurofeedback and brain mapping. The advancements are being developed at a faster rate than any scientist would have expected. The new information being found is useful to better understand how our brains work and how we can effectively improve our functioning abilities.

In Boca Raton, Florida, there is a company called Neurocore. They are a brain-training center that has begun using the updated EEG technology to make improvements in individual’s mental acuity. They are also working with the technology to try and find new methods of treatment for certain disorders such as anxiety, depression, ASD and ADHD. Even those these neurotherapeutic treatment options are new to the public, there is a rich history in these applications that date back to the middle of the 20th century.

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History Of Neuroscience

The first scientific contributions of neuroscience came about in the late 18th century from two leading Italian scientists named Volta and Galvani. They are considered the forefathers for modern bioelectric theory and electrophysiology. They did many of their experiments on the legs of frogs. They connected the legs to an iron fence during lightning storms to see if the legs would contract based on the theory that there was “animal electricity” stored in the frog’s legs. Together, the scientists hypothesized that the contractions were a result of electrical properties that were dissimilar to the saline interfaces of the metal-tissue from the fence. This hypothesis was not proven by the scientists until 1800.

The growth of this field of science has expanded exponentially in the last 20 years because of the increasing availability of computers and their calculating power. Visit manta.com to know more about Neurocore.