Goodin et al. (2012) proposed the Frequency Follow Response (FFR) presented multiple physiological and psychological occurrences in which the body’s neural responses could be altered through external stimuli, therefore, allowing the brain the synchronize its electrical frequency with what is heard. The applications of binaural beats and their impact on electrical brainwaves in humans have been incorporated into meditation style music while practicing yoga, tai chi, and controlled breathing exercises (Lavallee et al., 2011).
FFR suggests the brain can alter its state of consciousness through the stimulation of external frequencies, without prior practice or training (Goodin et al., 2012). Lane et al. (1998) suggests hearing delta and theta frequency ranges can assist in improved sleep patterns and a heightened sense of creativity, however, no studies have been published relating solely to the basic physiological responses with the presence of binaural beats. These include baseline heart rate, blood pressure, and oxygen saturation relative to the absence or presence of a binaural beat, and changes seen to the aforementioned functions during binaural beat stimulation and after
Goodin et al. (2012) proposed the Frequency Follow Response (FFR) presented multiple physiological and psychological occurrences in which the body’s neural responses could be altered through external stimuli, therefore, allowing the brain the synchronize its electrical frequency with what is heard. The applications of binaural beats and their impact on electrical brainwaves in humans have been incorporated into meditation style music while practicing yoga, tai chi, and controlled breathing exercises (Lavallee et al., 2011).FFR suggests the brain can alter its state of consciousness through the stimulation of external frequencies, without prior practice or training (Goodin et al., 2012). Lane et al. (1998) suggests hearing delta and theta frequency ranges can assist in improved sleep patterns and a heightened sense of creativity, however, no studies have been published relating solely to the basic physiological responses with the presence of binaural beats. These include baseline heart rate, blood pressure, and oxygen saturation relative to the absence or presence of a binaural beat, and changes seen to the aforementioned functions during binaural beat stimulation and after
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