Category:Cognitive neuroscience

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<nowiki>neurociencia cognitiva; 認知神經科學; kognitív idegtudomány; neurosains kognitif; kognitive Neurowissenschaft; neuroshkencë njohëse; علوم اعصاب شناختی; 認知神經科學; kognitiv neurovidenskab; Neuroștiință cognitivă; 認知神經科學; kognitiv neurovetenskap; Когнітивна нейробіологія; когнитив нейробиология; 認知神經科學; kognitiivinen neurotiede; Таным нейроғылымы; kogna neŭroscienco; когнитивна невронаука; அறிவாற்றல் நரம்பியல் விஞ்ஞானம்; neuroscienze cognitive; সংজ্ঞানাত্মক স্নায়ুবিজ্ঞান; neurosciences cognitives; кагнітыўная нэўранавука; 認知神経科学; 认知神经科学; neurociência cognitiva; neurociència cognitiva; kognitiivvalaš neurodieđa; kognitiivlaž neurotiõđ; Когнитивна неуронаука; kognitivna nevroznanost; когнитивная нейробиология; kognitiv nevrovitskap; γνωσιακή νευροεπιστήμη; neurosains kognitif; Trening kognitywny; kognitiv nevrovitenskap; cognitieve neurowetenschap; bilişsel nörobilim; Когнитивна неврология; نيوروساءين‌س کوݢنيتيف; kognitiivlâš neurotieđâ; cognitive neuroscience; علم الأعصاب المعرفي; neosiensa cognitiva; 인지신경과학; neuroscienze; সংজ্ঞানের জৈবিক ও স্নায়বিক ভিত্তির গবেষণা; neuroscience; àrea acadèmica que s'ocupa de l'estudi científic dels mecanismes biològics subjacents a la cognició; tudományterület; Neurowissenschaft; ramo da neurociência; scientific field concerned with cognition; neŭroscienco; 學科; biliş ile ilgili bilimsel alan; bilişsel sinirbilim; neurocognitif; psychobiologie; neurocognitive; Kognitif neurosains; neuroscienza cognitiva; neuroshkencë kognitive; Neurología cognitiva; Neurologia cognitiva; kognitiiva neurodieđa; social neuroscience; نوروساینس شناختی; γνωστική νευροεπιστήμη; kognitiv hjernevidenskab</nowiki>

neuroscienze cognitive

neuroscienze

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scienze cognitive

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neuroscienze

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neuroscienze sociali

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Q1138951 identificativo GND: 7666103-9 identificativo della Biblioteca del Congresso: sh91005166 identificativo BNF: 12315836k identificativo Thesaurus BNCF: 60669 identificativo J9U della Biblioteca nazionale israeliana: 987007537083105171
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Sottocategorie

Questa categoria contiene le 15 sottocategorie indicate di seguito, su un totale di 15.

*

Cognitive neuroscientists‎ (7 C, 12 F)

2

2023-08 study about platelet factor 4 and neurogenesis‎ (7 F)

A

Animal navigation‎ (11 F)

B

Brodmann areas‎ (2 C, 1 F)

C

Computational neuroscience‎ (13 C, 75 F)
Consciousness‎ (12 C, 48 F)

E

Empathy‎ (3 C, 76 F)

F

Functional neuroimaging‎ (1 C, 16 F)

M

Memory‎ (32 C, 142 F)
Mind and Life Institute‎ (12 F)
Motor imagery‎ (8 F)

N

Neural adaptation‎ (2 F)
Cognitive neurology‎ (2 C)

V

Videos of cognitive neuroscience‎ (4 C, 231 F)
Cognitive neuroscience of visual object recognition‎ (3 F)

File nella categoria "Cognitive neuroscience"

Questa categoria contiene 95 file, indicati di seguito, su un totale di 95.

Aktivierung-Levelt-1991-kaskadierend-ohne-feedback.png 485 × 343; 21 KB
An-Auditory-Illusion-of-Infinite-Tempo-Change-Based-on-Multiple-Temporal-Levels-pone.0008151.s003.ogg 3 min 13 s; 1,87 MB
An-Auditory-Illusion-of-Infinite-Tempo-Change-Based-on-Multiple-Temporal-Levels-pone.0008151.s004.ogg 4 min 3 s; 2,46 MB
An-Auditory-Illusion-of-Infinite-Tempo-Change-Based-on-Multiple-Temporal-Levels-pone.0008151.s005.ogg 3 min 14 s; 1,89 MB
An-Auditory-Illusion-of-Infinite-Tempo-Change-Based-on-Multiple-Temporal-Levels-pone.0008151.s006.ogg 4 min 0 s; 2,36 MB
Auditory-Motor-Learning-during-Speech-Production-in-9-11-Year-Old-Children-pone.0012975.s001.ogg 7,5 s; 60 KB
Auditory-Motor-Learning-during-Speech-Production-in-9-11-Year-Old-Children-pone.0012975.s002.ogg 7,5 s; 59 KB
Beat-Processing-Is-Pre-Attentive-for-Metrically-Simple-Rhythms-with-Clear-Accents-An-ERP-Study-pone.0097467.s001.oga 36 s; 330 KB
Bilişsel Yanlılıklar Kodeksi.png 3 816 × 3 032; 2,67 MB
Brain maps of oxygenated haemoglobin during hypercapnia (5% CO2) both before (0 h) and after (2 h) intake of either a low- or high-flavanol dietary intervention.webp 1 500 × 2 160; 205 KB
Brain simplification.PNG 597 × 358; 18 KB
Chopin Etude op 10 n 3.oga 3 min 36 s; 1,66 MB
Cognitive performance in a modified version of the Stroop task 2 h after intake of either a low- or high-flavanol dietary intervention via cocoa and flavanol effects during hypercapnia challenge.webp 1 416 × 2 082; 97 KB
Detection-of-Mouse-Cough-Based-on-Sound-Monitoring-and-Respiratory-Airflow-Waveforms-pone.0059263.s002.oga 20 s; 159 KB
Detection-of-Mouse-Cough-Based-on-Sound-Monitoring-and-Respiratory-Airflow-Waveforms-pone.0059263.s003.oga 13 s; 166 KB
Different-Types-of-Laughter-Modulate-Connectivity-within-Distinct-Parts-of-the-Laughter-Perception-pone.0063441.s010.oga 9,0 s; 81 KB
Different-Types-of-Laughter-Modulate-Connectivity-within-Distinct-Parts-of-the-Laughter-Perception-pone.0063441.s011.oga 6,7 s; 61 KB
Different-Types-of-Laughter-Modulate-Connectivity-within-Distinct-Parts-of-the-Laughter-Perception-pone.0063441.s012.oga 7,6 s; 66 KB
Distributed network of voxel clusters associated with divergent thinking.jpg 787 × 429; 265 KB
Dynamic-Emotional-and-Neural-Responses-to-Music-Depend-on-Performance-Expression-and-Listener-pone.0013812.s002.ogg 3 min 36 s; 1,63 MB
Eyes-Wide-Shut-Amygdala-Mediates-Eyes-Closed-Effect-on-Emotional-Experience-with-Music-pone.0006230.s006.oga 12 s; 113 KB
Eyes-Wide-Shut-Amygdala-Mediates-Eyes-Closed-Effect-on-Emotional-Experience-with-Music-pone.0006230.s007.oga 12 s; 115 KB
Eyes-Wide-Shut-Amygdala-Mediates-Eyes-Closed-Effect-on-Emotional-Experience-with-Music-pone.0006230.s008.oga 12 s; 118 KB
Eyes-Wide-Shut-Amygdala-Mediates-Eyes-Closed-Effect-on-Emotional-Experience-with-Music-pone.0006230.s009.oga 12 s; 104 KB
Eyes-Wide-Shut-Amygdala-Mediates-Eyes-Closed-Effect-on-Emotional-Experience-with-Music-pone.0006230.s010.oga 12 s; 109 KB
Eyes-Wide-Shut-Amygdala-Mediates-Eyes-Closed-Effect-on-Emotional-Experience-with-Music-pone.0006230.s011.oga 12 s; 92 KB
Eyes-Wide-Shut-Amygdala-Mediates-Eyes-Closed-Effect-on-Emotional-Experience-with-Music-pone.0006230.s012.oga 12 s; 97 KB
Eyes-Wide-Shut-Amygdala-Mediates-Eyes-Closed-Effect-on-Emotional-Experience-with-Music-pone.0006230.s013.oga 12 s; 97 KB
Feedback related negativity.jpg 529 × 422; 86 KB
Fnins-07-00265-g001.jpg 921 × 516; 267 KB
FNIRS head Hitachi ETG4000 2.jpg 3 264 × 1 836; 836 KB
FNIRS head Hitachi ETG4000 3.jpg 1 836 × 3 264; 717 KB
FNIRS head Hitachi ETG4000 4.jpg 3 264 × 1 836; 759 KB
FNIRS head Hitachi ETG4000 5.jpg 3 264 × 1 836; 922 KB
FNIRS head Hitachi ETG4000 6.jpg 1 836 × 3 264; 620 KB
Genetic correlation results about traits, IQ and language skills.jpg 2 920 × 3 875; 1,22 MB
Haemodynamic responses in frontal cortical regions during hypercapnia (5% CO2) both before (0 h) and after (2 h) intake of either a low- or high-flavanol dietary intervention.webp 1 652 × 1 612; 102 KB
Historycognitiveneuroscience.jpg 1 754 × 1 239; 617 KB
Hitachi ETG-4000 fNIRS.jpg 1 836 × 3 264; 922 KB
Iamone.png 400 × 300; 4 KB
Influence-of-Musical-Training-on-Understanding-Voiced-and-Whispered-Speech-in-Noise-pone.0086980.s001.oga 1,5 s; 11 KB
Influence-of-Musical-Training-on-Understanding-Voiced-and-Whispered-Speech-in-Noise-pone.0086980.s002.oga 1,5 s; 11 KB
Influence-of-Musical-Training-on-Understanding-Voiced-and-Whispered-Speech-in-Noise-pone.0086980.s003.oga 1,5 s; 11 KB
Kiwi model.jpg 472 × 339; 18 KB
Leg Neural Network.jpg 837 × 556; 39 KB
Logo hnpro landing-1.png 250 × 214; 24 KB
LongTermMemory.jpg 164 × 672; 61 KB
LPP for emotional relevant VS irrelevant facial expression.jpg 850 × 754; 180 KB
Memory forget corr.svg 2 580 × 1 242; 16 KB
Memory Interference.JPG 949 × 523; 39 KB
Nasza Pani w Konarach (Our Lady in the Branches).jpg 729 × 868; 376 KB
Neural-Correlates-of-Natural-Human-Echolocation-in-Early-and-Late-Blind-Echolocation-Experts-pone.0020162.s018.ogg 6,4 s; 80 KB
Neural-Correlates-of-Natural-Human-Echolocation-in-Early-and-Late-Blind-Echolocation-Experts-pone.0020162.s019.ogg 6,5 s; 81 KB
Neural-Correlates-of-Natural-Human-Echolocation-in-Early-and-Late-Blind-Echolocation-Experts-pone.0020162.s020.ogg 6,2 s; 78 KB
Neural-Correlates-of-Natural-Human-Echolocation-in-Early-and-Late-Blind-Echolocation-Experts-pone.0020162.s021.ogg 5,0 s; 65 KB
Neural-Correlates-of-Natural-Human-Echolocation-in-Early-and-Late-Blind-Echolocation-Experts-pone.0020162.s022.ogg 6,4 s; 80 KB
Neural-Correlates-of-Natural-Human-Echolocation-in-Early-and-Late-Blind-Echolocation-Experts-pone.0020162.s023.ogg 5,0 s; 66 KB
Neural-Correlates-of-Natural-Human-Echolocation-in-Early-and-Late-Blind-Echolocation-Experts-pone.0020162.s024.ogg 5,0 s; 66 KB
Neural-Substrates-of-Spontaneous-Musical-Performance-An-fMRI-Study-of-Jazz-Improvisation-pone.0001679.s001.ogg 16 s; 151 KB
Neural-Substrates-of-Spontaneous-Musical-Performance-An-fMRI-Study-of-Jazz-Improvisation-pone.0001679.s002.ogg 16 s; 151 KB
Neural-Substrates-of-Spontaneous-Musical-Performance-An-fMRI-Study-of-Jazz-Improvisation-pone.0001679.s003.ogg 30 s; 310 KB
Neural-Substrates-of-Spontaneous-Musical-Performance-An-fMRI-Study-of-Jazz-Improvisation-pone.0001679.s004.ogg 30 s; 312 KB
Neurobiological-Models-of-Two-Choice-Decision-Making-Can-Be-Reduced-to-a-One-Dimensional-Nonlinear-pcbi.1000046.e067.jpg 6 × 8; 325 byte
Neurobiological-Models-of-Two-Choice-Decision-Making-Can-Be-Reduced-to-a-One-Dimensional-Nonlinear-pcbi.1000046.g001.jpg 640 × 779; 69 KB
Neurobiological-Models-of-Two-Choice-Decision-Making-Can-Be-Reduced-to-a-One-Dimensional-Nonlinear-pcbi.1000046.g002.jpg 498 × 338; 30 KB
Neurobiological-Models-of-Two-Choice-Decision-Making-Can-Be-Reduced-to-a-One-Dimensional-Nonlinear-pcbi.1000046.g003.jpg 498 × 645; 34 KB
Neurobiological-Models-of-Two-Choice-Decision-Making-Can-Be-Reduced-to-a-One-Dimensional-Nonlinear-pcbi.1000046.g004.jpg 498 × 469; 47 KB
Original pande.jpg 656 × 686; 98 KB
Original pande2.jpg 734 × 722; 80 KB
Overview Memory.jpeg 624 × 468; 48 KB
Oxytocin-Increases-Generosity-in-Humans-pone.0001128.g001.jpg 661 × 370; 13 KB
Pande.jpg 480 × 270; 75 KB
Phonological-Representations-Are-Unconsciously-Used-when-Processing-Complex-Non-Speech-Signals-pone.0001966.s008.ogg 2,5 s; 22 KB
Phonological-Representations-Are-Unconsciously-Used-when-Processing-Complex-Non-Speech-Signals-pone.0001966.s009.ogg 2,5 s; 12 KB
Possible neuromodulation strategies for cognitive impairment and dementia.webp 2 048 × 1 182; 170 KB
Precursors-of-Dancing-and-Singing-to-Music-in-Three--to-Four-Months-Old-Infants-pone.0097680.s028.oga 20 s; 173 KB
Precursors-of-Dancing-and-Singing-to-Music-in-Three--to-Four-Months-Old-Infants-pone.0097680.s029.oga 20 s; 188 KB
Speech-Rhythm-Facilitates-Syntactic-Ambiguity-Resolution-ERP-Evidence-pone.0056000.s001.oga 4,0 s; 39 KB
Speech-Rhythm-Facilitates-Syntactic-Ambiguity-Resolution-ERP-Evidence-pone.0056000.s002.oga 3,9 s; 38 KB
Speech-Rhythm-Facilitates-Syntactic-Ambiguity-Resolution-ERP-Evidence-pone.0056000.s003.oga 4,0 s; 38 KB
Speech-Rhythm-Facilitates-Syntactic-Ambiguity-Resolution-ERP-Evidence-pone.0056000.s004.oga 3,7 s; 36 KB
Speech-Rhythm-Facilitates-Syntactic-Ambiguity-Resolution-ERP-Evidence-pone.0056000.s005.oga 3,9 s; 38 KB
Speech-Rhythm-Facilitates-Syntactic-Ambiguity-Resolution-ERP-Evidence-pone.0056000.s006.oga 4,0 s; 39 KB
Speech-Rhythm-Facilitates-Syntactic-Ambiguity-Resolution-ERP-Evidence-pone.0056000.s007.oga 3,9 s; 38 KB
Speech-Rhythm-Facilitates-Syntactic-Ambiguity-Resolution-ERP-Evidence-pone.0056000.s008.oga 3,9 s; 38 KB
The difference waveforms and topographical maps of social distance related signal (feedback negativity).jpg 999 × 675; 66 KB
Theories of brain evolution scheme.png 1 700 × 1 250; 183 KB
Towards-User-Friendly-Spelling-with-an-Auditory-Brain-Computer-Interface-The-CharStreamer-Paradigm-pone.0098322.s002.oga 1 min 30 s; 1,19 MB
Towards-User-Friendly-Spelling-with-an-Auditory-Brain-Computer-Interface-The-CharStreamer-Paradigm-pone.0098322.s003.oga 35 s; 538 KB
Towards-User-Friendly-Spelling-with-an-Auditory-Brain-Computer-Interface-The-CharStreamer-Paradigm-pone.0098322.s004.oga 34 s; 534 KB
When-Music-and-Long-Term-Memory-Interact-Effects-of-Musical-Expertise-on-Functional-and-Structural-pone.0013225.s001.ogg 24 s; 274 KB
Words-and-Melody-Are-Intertwined-in-Perception-of-Sung-Words-EEG-and-Behavioral-Evidence-pone.0009889.s001.ogg 2,8 s; 21 KB
Words-and-Melody-Are-Intertwined-in-Perception-of-Sung-Words-EEG-and-Behavioral-Evidence-pone.0009889.s002.ogg 2,8 s; 19 KB
Words-and-Melody-Are-Intertwined-in-Perception-of-Sung-Words-EEG-and-Behavioral-Evidence-pone.0009889.s003.ogg 2,8 s; 21 KB
Words-and-Melody-Are-Intertwined-in-Perception-of-Sung-Words-EEG-and-Behavioral-Evidence-pone.0009889.s004.ogg 2,8 s; 20 KB

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