Nonmusicians were required to classify pairs of melodies as “same” or “different”. When they were instructed to compare melodies played at the same pitch level as fast as possible, a REA was elicited. In contrast, a tendency in favor of the left ear came out when, all other things being equal, melodies were transposed, i.e. played at a different pitch level. Transposition was thus instrumental in leading subjects to rely more on right-hemisphere processing. Independent evidence for a change in the processing mode that whas adopted with these two types of material was provided by the response times. The results indicated the use of a selfterminating process of analytic search only with the untransposed melodies. Results are discussed in term...
The two hemispheres of the brain are specialized for different functions. For\ud example, the left h...
Right-ear advantages of different magnitudes occur systematically in dichotic listening for differen...
Summary : Hemispheric differences for processing musical sounds in normal subjects : I. Isolated sou...
Non-musicians were tested for the recognition of melodies which differed in tonal pattern alone, in ...
In a previous study, the pattern of ear superiority displayed by nonmusicians in a task where dichot...
In Experiment 1 nonmusicians were presented with dichotic melodies, which differed either on all pit...
Abstraet--Laterality for the processing of melody and timbre was investigated in 64 right-handed non...
The same amount of musical pitch change in different directions may be perceived as different degree...
Cu,rrent research has suggested that musical stimuli are processed in the right hemisphere except in...
At the beginning are analyzed the principal methodologies and techniques of research, examining then...
Hemispheric asymmetries were investigated with various auditory techniques in several groups of subj...
Objective: Our study investigated hemispheric lateralization for musical structure processing using ...
The dichotic listening paradigm is the dominant behavioural procedure for measuring hemispheric spec...
Two experiments investigated lateral asymmetries n infants ' perception f contour-altered and c...
Humans are not symmetrical. Asymmetries are observed in differences in everything from the size of a...
The two hemispheres of the brain are specialized for different functions. For\ud example, the left h...
Right-ear advantages of different magnitudes occur systematically in dichotic listening for differen...
Summary : Hemispheric differences for processing musical sounds in normal subjects : I. Isolated sou...
Non-musicians were tested for the recognition of melodies which differed in tonal pattern alone, in ...
In a previous study, the pattern of ear superiority displayed by nonmusicians in a task where dichot...
In Experiment 1 nonmusicians were presented with dichotic melodies, which differed either on all pit...
Abstraet--Laterality for the processing of melody and timbre was investigated in 64 right-handed non...
The same amount of musical pitch change in different directions may be perceived as different degree...
Cu,rrent research has suggested that musical stimuli are processed in the right hemisphere except in...
At the beginning are analyzed the principal methodologies and techniques of research, examining then...
Hemispheric asymmetries were investigated with various auditory techniques in several groups of subj...
Objective: Our study investigated hemispheric lateralization for musical structure processing using ...
The dichotic listening paradigm is the dominant behavioural procedure for measuring hemispheric spec...
Two experiments investigated lateral asymmetries n infants ' perception f contour-altered and c...
Humans are not symmetrical. Asymmetries are observed in differences in everything from the size of a...
The two hemispheres of the brain are specialized for different functions. For\ud example, the left h...
Right-ear advantages of different magnitudes occur systematically in dichotic listening for differen...
Summary : Hemispheric differences for processing musical sounds in normal subjects : I. Isolated sou...