We investigate how various sound frequencies and auditory stimuli impact brain function and emotional states. Our research aims to uncover the therapeutic potential of sound in treating mental health conditions and improving cognitive performance.
Our team analyzes brainwave patterns to understand their correlation with cognitive processes and emotional responses. By studying these spectrums, we work towards developing neurofeedback therapies and tools that promote optimal brain health and enhance cognitive capabilities.
We explore the dynamics of Neuro acoustic feedback systems that utilize sound to engage and stimulate brain activity. Our research focuses on how these loops can be applied in therapeutic settings to support sensory processing, learning, and communication.
Acoustic signals are not transmitted to the brain wholly by contrivances of the ear but influences us through the mediums of skin, bones, and viscera. The ear is awfully subtle to vibrations in the air and conveys the tessellations of these vibrations in a form that the brain distinguishes as sound and speech. The medical devices are being developed that consume high-intensity focused acoustic signals as a non-invasive method for diagnostics and treatment of various psychiatric ailments. The major benefit of these sound or music & acoustic signals that offers the technique so readily to use in non-invasive therapy is its ability to breach deep into the human body and supply to a specific site thermal or mechanical energy with sub-millimetre accuracy.