Every sensory stimulus, be it visual, audio, or some other, generates a brain response in the area of the cortex where such information is received, and processed, and gives full meaning or perception of the experience. The cerebral reaction can be monitored by measuring cortical activity through the synchronized response of a large number of neurons, ie. the formed electric wave. EEG scans show that the waves of the brain response in the alpha and beta bands are synchronized around the carrier rhythm of the music track. The sinusoids of the brain waves move in phases so that the peak of the wave always occurs at a precisely defined interval at the point preceding the next beat in the rhythm of the drum. In this way, the rhythm actually syn...
The presentation of two sinusoidal tones, one to each ear, with a slight frequency mismatch yields a...
The following report describes the development of a sonification system that takes a human brain ...
There is growing interest in the relation between the brain and music. The appealing similarity betw...
The presentation of two sinusoidal tones, one to each ear, with a slight frequency mismatch yields a...
The ability to perceive a regular beat in music and synchronize to this beat is a widespread human s...
A method of reconstructing perceived or imagined music by analyzing brain activity has not yet been ...
The physiological basis for musical hallucinations (MH) is not understood. One obstacle to understan...
The ability to perceive a regular beat in music and synchronize to it is a widespread human skill. F...
Brain responses are often studied under strictly experimental conditions in which electroencephalogr...
The neural mechanisms of music listening and appreciation are not yet completely understood. Based o...
Neurochemical processes in human brain are measured by wave function which is nothing but Brain Wave...
Electroencephalography (EEG) research has the potential to illuminate questions of connectivity and ...
Rhythmic drumming has long been used to alter consciousness and induce states of trance. Rhythm-indu...
This paper proposes a method to translate human EEG into music, so as to represent mental state by m...
The perception of beat and meter when listening to musical rhythms is an extremely commonability tha...
The presentation of two sinusoidal tones, one to each ear, with a slight frequency mismatch yields a...
The following report describes the development of a sonification system that takes a human brain ...
There is growing interest in the relation between the brain and music. The appealing similarity betw...
The presentation of two sinusoidal tones, one to each ear, with a slight frequency mismatch yields a...
The ability to perceive a regular beat in music and synchronize to this beat is a widespread human s...
A method of reconstructing perceived or imagined music by analyzing brain activity has not yet been ...
The physiological basis for musical hallucinations (MH) is not understood. One obstacle to understan...
The ability to perceive a regular beat in music and synchronize to it is a widespread human skill. F...
Brain responses are often studied under strictly experimental conditions in which electroencephalogr...
The neural mechanisms of music listening and appreciation are not yet completely understood. Based o...
Neurochemical processes in human brain are measured by wave function which is nothing but Brain Wave...
Electroencephalography (EEG) research has the potential to illuminate questions of connectivity and ...
Rhythmic drumming has long been used to alter consciousness and induce states of trance. Rhythm-indu...
This paper proposes a method to translate human EEG into music, so as to represent mental state by m...
The perception of beat and meter when listening to musical rhythms is an extremely commonability tha...
The presentation of two sinusoidal tones, one to each ear, with a slight frequency mismatch yields a...
The following report describes the development of a sonification system that takes a human brain ...
There is growing interest in the relation between the brain and music. The appealing similarity betw...