Pink Noise + Gamma 40Hz with 200Hz carrier tone | Ultimate Noise Blocker | Concentrate | Work/Study

Pink Noise is Great for Blocking Outside Noise and Sounds and It is often used to test and equalize loudspeakers in rooms and auditoriums. With added Binaural Bear Gamma 40Hz, it becomes the most powerful noise blocker and concentration trainer. Why gamma Waves? A gamma wave is considered to be the fastest brain activity. It is responsible for cognitive functioning, learning, memory, and information processing. In optimal conditions gamma waves help with attention, focus, binding of senses (smell, sight, and hearing), consciousness, mental processing, and perception. Rapidly oscillating gamma waves, which reverberate at frequencies of 30 to 120 hertz, are of particular interest in Alzheimer’s research, because their period of oscillation is well matched to the hundredth-of-a-second time frame of synaptic signaling in neural circuits. Brain waves are important in information processing because they can influence neuronal firing. Neurons fire an electrical impulse when the voltage difference between the inside and outside of the neuron reaches a certain trigger point. The peaks and troughs of voltage oscillations in brain waves nudge the neuron closer to the trigger point or farther away from it, thereby boosting or inhibiting its tendency to fire. The rhythmic voltage surging also groups neurons together, making them fire in synchrony as they “ride” on different frequencies of brain waves. Li-Huei Tsai, a neuroscientist at MIT says the idea of using one of these frequencies to treat Alzheimer’s came from a curious observation. “We had noticed in our own data, and in that of other groups, that 40-hertz rhythm power and synchrony are reduced in mouse models of Alzheimer’s disease,” she said, as well as in patients with the disease. Apparently, if you have Alzheimer’s, your brain doesn’t produce strong brain waves in that particular frequency. In 2016, her graduate student Hannah Iaccarino reasoned that perhaps boosting the power of these weakened gamma waves would be helpful in treating this severe and irreversible dementia. Why Pink Noise? In recent years, pink noise has also become popular in business settings — the noise can mask low-frequency background sound, potentially helping to increase productivity and concentration among employees. According to the Gilden Lab, a research center at the University of Austin at Texas; the pattern of pink noise occurs in a number of natural systems, including your daily heartbeat rhythms, quasar luminosity and traffic flow. If we compare it with white noise, both white noise and pink noise contain all the frequencies that are audible to humans — 20 hertz to 20,000 hertz — but the way their signal power is distributed among those frequencies differs. White noise has equal power per hertz throughout all frequencies, while the power per hertz in pink noise decreases as the frequency increases. As a result, the lower frequencies in pink noise are louder and have more power than the higher frequencies. However, most people perceive the sound of pink noise as being even, or flat, because it has equal power per octave. (In acoustics, an octave is a frequency band whose highest frequency is twice its lowest frequency. For example, the band from 20 hertz to 40 hertz is an octave, as is the band from 40 to 80 hertz.) So though the power per hertz decreases with increasing frequency, the width of successive octaves increases (they contain more frequencies), giving pink noise equal power per octave. Subscribe and Check out Other Color Noise #Insparadize #PinkNoise #WhiteNoise #BrownNoise #GreyNoise #BlueNoise #VioletNoise #FocusatWork #StudyFocus #Focus #ConcentrationSounds