I also believe that the dangers of brainwave entrainment should be further explored as well. There are relatively vague benefits, but it remains unclear as to whether entraining certain frequencies may be detrimental to performance or induce harm. Despite the fact that brainwave entrainment has existed for a long term, it remains an understudied niche in neuroscience.
When combined with the right diet and exercise, progesterone cream and herbal products can help you balance your hormones and get through menopause without the life-disrupting side-effects. Just remember, all of these techniques work together. A few herbs aren’t going to overcome a bad diet and sedentary lifestyle. Your body wants to move and be active. Support it by using proper nutrition and proper exercise. Then add the herbs to give you the last little boost to make sure everything is balanced and healthy.
Proceedings of the 9th Conference on Interdisciplinary Musicology – CIM14. Berlin, Germany 2014 http://catarina.udlap.mx/u_dl_a/tales/documentos/lps/gomez_g_j/capitulo_1.html  Universidad Complutense de Madrid. (2006). Proyecto de apoyo a la evaluación psicológica clínica. Retrieved from http://pendientedemigracion.ucm.es/info/psclinic/evaluacion/Proyecto Apoyo EPC 2006/INSTRUMENTOS EVALUACION/TRASTORNOS DE ANSIEDAD/EVALUACION GENERAL DE LOS TRASTORNOS DE ANSIEDAD/ESCALA DE ANSIEDAD ESTADORASGO (STAI)/STAI_P.pdf  Universidad Complutense de Madrid. (2006). Proyecto de apoyo a la evaluación psicológica clínica. Retrieved from http://pendientedemigracion.ucm.es/info/psclinic/evaluacion/Proyecto Apoyo EPC 2006/INSTRUMENTOS EVALUACION/TRASTORNOS DE ANSIEDAD/EVALUACION GENERAL DE LOS TRASTORNOS DE ANSIEDAD/ESCALA DE ANSIEDAD ESTADORASGO (STAI)/STAI_F.pdf  Hassan, H., Murat, Z., Ross, V., & Buniyamin, N. (2012). A Preliminary Study on the Effects of Music on Human Brainwaves. International Conference on Control, Automation and Information Sciences (ICCAIS)  Johnson, J., Petsche, H., Richter, P., Von Stein, A., & Fiilz, O. (1996). The Dependence of Coherence Estimates of Spontaneous EEG on Gender and Music Training. University of California Press. Annexes: https://www.mediafire.com/?cayel53iabg620d
a concise P.S. I was in a horrible car accident when I was 18 and had to learn to read and write and walk and talk all over again. It was long ago and I’m pretty well over it, but such an injury has lifetime repercussions. The neurological damage sustained causes my left arm to shake uncontrollably anytime I use it in a situation requiring precise coordination. From simply listening to the demo, the shake [though not disappearing completely in the last 2 months] has lessened dramatically. I had been wondering for years what kind of neurological exercises I could undergo to help it…
I would like to share with you my experience after using EquiSync for three weeks. First of all, I am so amazed how fast I can put myself in a meditation state. During meditation, I feel some kind of a sensation I could not explain. I feel the rain dropping on my face and sometimes my legs. I feel the breeze of a tropical weather as if I was in the forest. I always sleep for a very short time at night and I have a very high sense of smell all my life. Using equisync I still sleep less, but am more relaxed when I wake up. During meditation, I can also smell the forest as if I am in the forest.
The results of using EquiSync for only 3 months have been phenomenal! Profound and positive changes have occurred , and continue to occur, in my being. These transformations have become obvious to family and friends as well. I am 71 yrs old and feel better than when I was in my thirties. My energy levels remain high with less sleep. I work out at the gym vigorously five days a week – bicycling and swimming are part of the regimen as well. I volunteer services at Hospice and nursing homes. My short term memory has improved to the point that others remark on my remembering their names after meeting them only once several weeks in the past. Sometimes I find that I’m reading fine print without my glasses. I spent the greater portion of my “productive” years as a monk but had lost the ability to meditate due to the development of A.D.D. Now my ability to stay focused and concentrate has remarkably returned and am reaching meditative states that I’ve not reached in years. Each new day is now seen as another opportunity to serve.
By this point, it seemed like organoids with a living blood supply looked more like a human brain in terms of structure than they had ever looked in a dish because they were able to survive long enough to develop properly. However, the question still remained as to whether the neurons and their synapses were functional. Neurons are electrically excitable cells that receive, process and transmit information through electrical and chemical signals. Calcium plays an important role in the transmission of electrical signals from one neuron to the next. Changes in the levels of calcium at the end of neurons can be measured using calcium-sensing proteins that light up red. When the scientists looked through the glass window in the skulls of the mice, they were able to see that neurons did have fluctuating levels of calcium, suggesting that neurons in the brain organoids were active. To be sure, they used electrodes to directly measure the electrical activity of the implanted organoid at different places and during different times of development, and discovered that the neurons were able to electrically stimulate each other and respond to stimuli from the external environment.The researchers had succeeded in creating fully functional brain organoids. Then things got really interesting.
However, unlike our own brains, which last a lifetime, these mini-brains are relatively short-lived. The human brain has the advantage of a circulatory system, allowing it to survive and function. By supplying brain organoids with a special cocktail of factors, they can grow in a dish, develop and survive, but only to a limited degree. But, by transplanting brain organoids into the brains of living mice, one group of scientists has shown that artificially grown organoids have the potential to resemble a real human brain even more closely when they are sustained by a living blood supply.