Serveur d'exploration sur Mozart

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Le cluster Auditory Perception - Intelligence Tests (statistics & numerical data)

Terms

7Auditory Perception
2Intelligence Tests (statistics & numerical data)
8Acoustic Stimulation
2Educational Measurement (statistics & numerical data)
5Problem Solving
4Relaxation Therapy

Associations

Freq.WeightAssociation
20.535Auditory Perception - Intelligence Tests (statistics & numerical data)
40.535Acoustic Stimulation - Auditory Perception
20.500Acoustic Stimulation - Educational Measurement (statistics & numerical data)
20.378Auditory Perception - Relaxation Therapy
20.447Problem Solving - Relaxation Therapy
20.338Auditory Perception - Problem Solving
20.316Acoustic Stimulation - Problem Solving

Documents par ordre de pertinence
000470 (2000) K M Steele [États-Unis]Arousal and mood factors in the "Mozart effect".
000468 (2000) D J Bridgett [États-Unis] ; J. CuevasEffects of listening to Mozart and Bach on the performance of a mathematical test.
000583 (1997) K M Steele [États-Unis] ; T N Ball ; R. RunkListening to Mozart does not enhance backwards digit span performance.
000646 (1995) J. Newman [États-Unis] ; J H Rosenbach ; K L Burns ; B C Latimer ; H R Matocha ; E R VogtAn experimental test of "the mozart effect": does listening to his music improve spatial ability?
000075 (2011) Bing Shue [États-Unis] ; Ayan Chatterjee ; Scott Fudemberg ; L Jay Katz ; Marlene R. Moster ; Maria J. Navarro ; Michael Pro ; Courtland Schmidt ; George L. Spaeth ; Oana Stirbu ; Arman Yalcin ; Jonathan S. MyersThe effects of Mozart's music on the performance of glaucoma patients on automated perimetry.
000193 (2008) Edward A. Roth [États-Unis] ; Kenneth H. SmithThe Mozart effect: evidence for the arousal hypothesis.
000509 (1999) K M Steele [États-Unis] ; J D Brown ; J A StoeckerFailure to confirm the Rauscher and Shaw description of recovery of the Mozart effect.
000740 (1993) P. W. Jusczyk [États-Unis] ; C. L. KrumhanslPitch and rhythmic patterns affecting infants' sensitivity to musical phrase structure
000041 (2013) Nobuo Masataka [Japon] ; Leonid Perlovsky [États-Unis]Cognitive interference can be mitigated by consonant music and facilitated by dissonant music
000155 (2009) Hsin-Yi Jean Tang [États-Unis] ; Verna Harms ; Sarah M. Speck ; Toni Vezeau ; Jill T. JesurumEffects of audio relaxation programs for blood pressure reduction in older adults.
000471 (2000) L E Mccutcheon [États-Unis]Another failure to generalize the Mozart effect.
000507 (1999) B E Rideout [États-Unis]Performance suppression from control procedures is not the basis of the Mozart effect.
000543 (1999) J. Burns [États-Unis] ; E. Labbe [États-Unis] ; K. Williams [États-Unis] ; J. Mccall [États-Unis]Perceived and physiological indicators of relaxation : As different as Mozart and Alice in chains
000546 (1998) F H Rauscher [États-Unis] ; G L ShawKey components of the Mozart effect.
000645 (1995) C B Carstens [États-Unis] ; E. Huskins ; G W HounshellListening to Mozart may not enhance performance on the revised Minnesota Paper Form Board Test.

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