Researcher profile · Semantic Scholar

M. Gruber

h-index: 15
Works: 33
Citations: 2,117

Most-cited papers

States of curiosity modulate hippocampus-dependent learning via the dopaminergic circuit
M. Gruber, Bernard D. Gelman, C. Ranganath
2014Neuron658 citations Open access
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Hippocampal Activity Patterns Carry Information about Objects in Temporal Context
Liang-Tien Hsieh, M. Gruber, Lucas J. Jenkins, C. Ranganath
2014Neuron363 citations Open access
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How Curiosity Enhances Hippocampus-Dependent Memory: The Prediction, Appraisal, Curiosity, and Exploration (PACE) Framework
M. Gruber, C. Ranganath
2019Trends in Cognitive Sciences240 citations Open access
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Post-learning hippocampal dynamics promote preferential retention of rewarding events
M. Gruber, Maureen Ritchey, Shao-Fang Wang, Manoj K. Doss +1 more
2016Neuron196 citations Open access
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Voluntary control over prestimulus activity related to encoding
M. Gruber, L. Otten
2010Journal of Neuroscience128 citations Open access
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Expected reward modulates encoding-related theta activity before an event
M. Gruber, Andrew J. Watrous, Arne D. Ekstrom, C. Ranganath +1 more
2013NeuroImage114 citations Open access
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States of curiosity and interest enhance memory differently in adolescents and in children
Y. Fandakova, M. Gruber
2020Developmental Science87 citations Open access
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Learning facts during aging: the benefits of curiosity
G. Galli, M. Sirota, M. Gruber, B. E. Ivanof +6 more
2018Experimental Aging Research52 citations Open access
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Theta Phase Synchronization between the Human Hippocampus and Prefrontal Cortex Increases during Encoding of Unexpected Information: A Case Study
M. Gruber, Liang-Tien Hsieh, B. Staresina, C. Elger +3 more
2018Journal of Cognitive Neuroscience39 citations Open access
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Curiosity-driven memory enhancement persists over time but does not benefit from post-learning sleep
C. Stare, M. Gruber, L. Nadel, C. Ranganath +1 more
2018Cognitive neuroscience39 citations Open access
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Curiosity in childhood and adolescence — what can we learn from the brain
M. Gruber, Y. Fandakova
2021Current Opinion in Behavioral Sciences35 citations Open access
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Temporal proximity to the elicitation of curiosity is key for enhancing memory for incidental information
Charlotte Murphy, Vera Dehmelt, A. Yonelinas, C. Ranganath +1 more
2020Learning & memory (Cold Spring Harbor, N.Y.)28 citations Open access
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The Cambridge Handbook on Motivation and Learning Chapter : Curiosity and Learning : A Neuroscientific Perspective
M. Gruber, Ashvanti Valji, C. Ranganath
201723 citations
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Curiosity and mesolimbic functional connectivity drive information seeking in real life
K. Eschmann, D. F. M. M. Pereira, Ashvanti Valji, Vera Dehmelt +1 more
2022bioRxiv22 citations Open access
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Alpha Oscillations during Incidental Encoding Predict Subsequent Memory for New “Foil” Information
David A. Vogelsang, M. Gruber, Zara M. Bergström, C. Ranganath +1 more
2017bioRxiv22 citations Open access
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Curiosity shapes spatial exploration and cognitive map formation in humans
Danlu Cen, Eva Teichert, Carl J. Hodgetts, M. Gruber
2024Communications Psychology14 citations Open access
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Curiosity and Learning
M. Gruber, Ashvanti Valji, C. Ranganath
2019The Cambridge Handbook of Motivation and Learning11 citations
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Anticipation of novel environments enhances memory for incidental information
Danlu Cen, Christos Gkoumas, M. Gruber
2020Learning & memory (Cold Spring Harbor, N.Y.)9 citations Open access
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White matter pathways supporting individual differences in epistemic and perceptual curiosity
Ashvanti Valji, A. Priemysheva, Carl J. Hodgetts, Alison G. Costigan +4 more
20198 citations Open access
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States of epistemic curiosity interfere with memory for incidental scholastic facts
N. Keller, C. Salvi, Emily K Leiker, M. Gruber +1 more
2024npj Science of Learning7 citations Open access
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Connectivity between the hippocampus and default mode network during the relief – but not elicitation – of curiosity supports curiosity-enhanced memory enhancements
Charlotte Murphy, C. Ranganath, M. Gruber
2021bioRxiv7 citations Open access
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Theta phase synchronization between the human hippocampus and the prefrontal cortex supports learning of unexpected information
M. Gruber, Liang-Tien Hsieh, B. Staresina, C. Elger +3 more
2017bioRxiv6 citations Open access
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Intrinsic functional connections determine how curiosity and prediction errors enhance memory
K. Eschmann, Ashvanti Valji, K. Graham, A. Lawrence +1 more
2023bioRxiv4 citations Open access
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Curiosity and surprise enhance memory differently in adolescents than in children
Y. Fandakova, M. Gruber
20184 citations Open access
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Curiosity satisfaction increases event-related potentials sensitive to reward
Tim Rueterbories, A. Mecklinger, K. Eschmann, Jordan E Crivelli-Decker +2 more
2023bioRxiv2 citations Open access
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When Anticipation Aids Long-Term Memory: What Cognitive and Neural Processes Are Involved?
G. Galli, Eva M. Bauch, M. Gruber
2011Journal of Neuroscience2 citations Open access
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Episodic memory modulation: How emotion and motivation shape the encoding and storage of salient memories
M. Gruber, Maureen Ritchey
20191 citations
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0230 SLEEP’S ROLE IN CURIOSITY DRIVEN MEMORY ENHANCEMENT
C. Stare, M. Gruber, R. Gómez
20171 citations
Semantic Scholar
The role of prestimulus brain activity in long-term memory encoding
M. Gruber
20111 citations
Semantic Scholar
Distinct motivational factors shape news-seeking in young adults
Ellen M O'Donoghue, K. Eschmann, Hikaru Tsujimura, Bonni Crawford +3 more
2026Scientific Reports0 citations Open access
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Are You Curious About Curiosity?
S. Oosterwijk, M. Noordewier, M. Gruber
2024Frontiers for Young Minds0 citations Open access
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University of Birmingham Theta phase synchronization between the human hippocampus and prefrontal cortex increases during encoding of unexpected information
Matthias J. Hsieh, Tien Liang, B. Elger, Christian E. Fell +9 more
20180 citations
Semantic Scholar
DIFFERENT WAYS TO PREPARE FOR MEMORY ENCODING
M. Gruber, L. Otten
20090 citations
Semantic Scholar

L. Otten

×3

Y. Fandakova×3

B. Staresina×3

C. Elger×3

N. Axmacher×3

Maureen Ritchey×2

G. Galli×2

C. Stare×2