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Serveur d'exploration sur Mozart

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Le cluster neurophysiological - towards

Terms

2neurophysiological
3towards
3basis
4enhances
9spatial
11temporal
10reasoning
3lateral

Associations

Freq.WeightAssociation
20.816neurophysiological - towards
20.816basis - neurophysiological
20.707enhances - neurophysiological
20.667basis - towards
20.577enhances - towards
20.577basis - enhances
30.500enhances - spatial
60.603spatial - temporal
50.527reasoning - spatial
50.477reasoning - temporal
20.471neurophysiological - spatial
30.452enhances - temporal
20.447neurophysiological - reasoning
20.426neurophysiological - temporal
20.385spatial - towards
20.385basis - spatial
20.365reasoning - towards
20.365basis - reasoning
20.348temporal - towards
20.348lateral - temporal
20.348basis - temporal
20.316enhances - reasoning
Documents par ordre de pertinence
000508 (1999) G L Shaw [États-Unis] ; M. BodnerMusic enhances spatial-temporal reasoning: towards a neurophysiological basis using EEG.
000678 (1995) F. H. Rauscher [États-Unis] ; G. L. Shaw ; K. N. KyListerning to Mozart enhances spatial-temporal reasoning : towards a neurophysiological basis
000434 (2001) M. Bodner [États-Unis] ; L T Muftuler ; O. Nalcioglu ; G L ShawFMRI study relevant to the Mozart effect: brain areas involved in spatial-temporal reasoning.
000548 (1998) J K Johnson [États-Unis] ; C W Cotman ; C S Tasaki ; G L ShawEnhancement of spatial-temporal reasoning after a Mozart listening condition in Alzheimer's disease: a case study.
000582 (1997) F H Rauscher [États-Unis] ; G L Shaw ; L J Levine ; E L Wright ; W R Dennis ; R L NewcombMusic training causes long-term enhancement of preschool children's spatial-temporal reasoning.
000602 (1997) Gregory J. Quirk [États-Unis] ; Jorge L. Armony [États-Unis] ; Joseph E. Ledoux [Israël, États-Unis]Fear Conditioning Enhances Different Temporal Components of Tone-Evoked Spike Trains in Auditory Cortex and Lateral Amygdala
000040 (2013) Geneviève Albouy [Canada] ; Stuart Fogel [Canada] ; Hugo Pottiez [Canada] ; Vo An Nguyen [Canada] ; Laura Ray [Canada] ; Ovidiu Lungu [Canada] ; Julie Carrier [Canada] ; Edwin Robertson [États-Unis] ; Julien Doyon [Canada]Daytime Sleep Enhances Consolidation of the Spatial but Not Motoric Representation of Motor Sequence Memory
000496 (2000) Frances H. Rauscher [États-Unis] ; Mary Anne Zupan [États-Unis]Classroom keyboard instruction improves kindergarten children’s spatial-temporal performance: A field experiment
000862 (1989) O. Creutzfeldt [Allemagne] ; G. Ojemann [États-Unis]Neuronal activity in the human lateral temporal lobe
000014 (2014) Teemu Rinne [Finlande] ; Heidi Ala-Salom Ki [Finlande] ; G. Christopher Stecker [Finlande, États-Unis] ; Jukka P Tynen [Finlande] ; Tapio Lokki [Finlande]Processing of spatial sounds in human auditory cortex during visual, discrimination and 2-back tasks
000060 (2012) Vera Kempe [Royaume-Uni] ; John C. Thoresen [Suisse] ; Neil W. Kirk [Royaume-Uni] ; Felix Schaeffler [Royaume-Uni] ; Patricia J. Brooks [États-Unis]Individual Differences in the Discrimination of Novel Speech Sounds: Effects of Sex, Temporal Processing, Musical and Cognitive Abilities
000140 (2010) Vladis Berzins [États-Unis] ; Luqi [États-Unis] ; Peter Musial [États-Unis]Formal Reasoning about Software Object Translations
000187 (2009) YOUHUA TANG [États-Unis] ; Pius Lee [États-Unis] ; Marina Tsidulko [États-Unis] ; Ho-Chun Huang [États-Unis] ; Jeffery T. Mcqueen [États-Unis] ; Geowrey J. Dimego [États-Unis] ; Louisa K. Emmons [États-Unis] ; Robert B. Pierce [États-Unis] ; Anne M. Thompson [États-Unis] ; Hsin-Mu Lin [États-Unis] ; DAIWEN KANG [États-Unis] ; Daniel Tong [États-Unis] ; SHAOCAI YU [États-Unis] ; Rohit Mathur [États-Unis] ; Jonathan E. Pleim [États-Unis] ; Tanya L. Otte [États-Unis] ; George Pouliot [États-Unis] ; Jeffrey O. Young [États-Unis] ; Kenneth L. Schere [États-Unis] ; Paula M. Davidson ; Ivanka Stajner [États-Unis]The impact of chemical lateral boundary conditions on CMAQ predictions of tropospheric ozone over the continental United States
000194 (2008) Marie Forgeard [États-Unis] ; Ellen Winner [États-Unis] ; Andrea Norton [États-Unis] ; Gottfried Schlaug [États-Unis]Practicing a Musical Instrument in Childhood is Associated with Enhanced Verbal Ability and Nonverbal Reasoning
000416 (2002) Jürgen Zimmer [Allemagne] ; Michael Kohlhase [États-Unis]System Description: The MathWeb Software Bus for Distributed Mathematical Reasoning
000507 (1999) B E Rideout [États-Unis]Performance suppression from control procedures is not the basis of the Mozart effect.
000531 (1999) James J. Gillespie [États-Unis] ; Leigh L. Thompson [États-Unis] ; Jeffrey Loewenstein [États-Unis] ; Dedre Gentner [États-Unis]Lessons from Analogical Reasoning in the Teaching of Negotiation
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?
000776 (1992) L. Pollock [États-Unis]New foundations for practical reasoning
000777 (1992) Robert O. Gjerdingen [États-Unis]Learning syntactically significant temporal patterns of chords: A masking field embedded in an ART 3 architecture
000902 (1987) Thomas L. Dean [États-Unis] ; Drew V. Mcdermott [États-Unis]Temporal data base management
000A61 (1970) Irmgard Hunt [États-Unis]Towards Soul the American Hippie–A German Romantic ?
Wicri

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Data generation: Sun Apr 10 15:06:14 2016. Site generation: Tue Feb 7 15:40:35 2023