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Jack P. Solomon
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Skill acquisition via motor imagery relies on both motor and perceptual learning.
TGJ Ingram, SN Kraeutner, JP Solomon, DA Westwood, SG Boe
Behavioral Neuroscience 130 (2), 252, 2016
602016
Experience modulates motor imagery‐based brain activity
SN Kraeutner, SR McWhinney, JP Solomon, L Dithurbide, SG Boe
European Journal of Neuroscience 47 (10), 1221-1229, 2018
422018
Movement related sensory feedback is not necessary for learning to execute a motor skill
TGJ Ingram, JP Solomon, DA Westwood, SG Boe
Behavioural brain research 359, 135-142, 2019
402019
Reliability for non-invasive somatosensory cortex localization: Implications for pre-surgical mapping
J Solomon, S Boe, T Bardouille
Clinical neurology and neurosurgery 139, 224-229, 2015
262015
Probing the temporal dynamics of movement inhibition in motor imagery
JP Solomon, SN Kraeutner, T Bardouille, SG Boe
Brain research 1720, 146310, 2019
192019
Are observed effects of movement simulated during motor imagery performance?
JP Solomon, AJ Hurst, JW Lee, SG Boe
Behavioral Neuroscience 136 (3), 264, 2022
42022
Imagined movement accuracy is strongly associated with drivers of overt movement error and weakly associated with imagery vividness.
TGJ Ingram, AJ Hurst, JP Solomon, A Stratas, SG Boe
Journal of experimental psychology: human perception and performance 48 (12 …, 2022
32022
Examining the role of the supplementary motor area in motor imagery-based skill acquisition
JP Solomon, SN Kraeutner, K O’Neil, SG Boe
Experimental Brain Research 239 (12), 3649-3659, 2021
32021
Process dissociation procedure improves assessment of motor imagery ability using implicit sequence learning
JP Solomon, SN Kraeutner, SG Boe
Imagination, Cognition and Personality 39 (1), 25-43, 2019
22019
EXAMINING THE ROLE OF THE INFERIOR PARIETAL LOBE IN MOTOR IMAGERY
J Solomon
2023
ACCURACY OF IMAGINED MOVEMENT
TGJ Ingram, AJ Hurst, JP Solomon, A Stratas, SG Boe
2022
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