Detection of Simulated Tactile Gratings by Electro-Static Friction Show a Dependency on Bar Width for Blind and Sighted Observers, and Preliminary Neural Correlates in Sighted Observers

Overview of attention for article published in Frontiers in Neuroscience, October 2020

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Detection of Simulated Tactile Gratings by Electro-Static Friction Show a Dependency on Bar Width for Blind and Sighted Observers, and Preliminary Neural Correlates in Sighted Observers. https://t.co/3URC4PEgrd

15 Nov 2020

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13 Nov 2020

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RT @FrontNeurosci: New Research: Detection of Simulated Tactile Gratings by Electro-Static Friction Show a Dependency on Bar Width for Blin…

26 Oct 2020

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New Research: Detection of Simulated Tactile Gratings by Electro-Static Friction Show a Dependency on Bar Width for Blind and Sighted Observers, and Preliminary Neural Correlates in Sighted Observers: The three-dimensional micro-structure… https://t.co/PB0

26 Oct 2020

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