Richard Vickery

Associate Professor

UNSW Sydney

Australia

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Richard Vickery is an Associate Professor at UNSW Australia. His research areas include tactile perception, sensory discrimination, and the neurophysiology of touch, as highlighted in his recent articles. His work explores the interplay between tactile and auditory modalities, arm movement kinematics, and the encoding of sensory information in human and non-human primates. Dr. Vickery's contributions advance the understanding of how humans perceive and interpret tactile stimuli.

Articles (13)

Year:

2024

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2024

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2024

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2023

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2022

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2022

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2022

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2022

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2022

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2021

Year:

2021

Year:

2021

Year:

2020

Collaborators (5)

Miranda Chilver

Australian National University

AUSTRALIA

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Deepak Sharma

Lecturer

University of Tasmania

AUSTRALIA

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Vaughan Macefield

Prof of Neuroscience

Monash University Central Clinical School

AUSTRALIA

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Michael Wiertlewski

Assistant Professor

TU Delft

NETHERLANDS

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Ingvars Birznieks

A Prof

UNSW Sydney

AUSTRALIA

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Richard Vickery

Research Interests

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Articles (13)

Contribution of remote Pacinian corpuscles to flutter-range frequency discrimination in humans

Role of arm reaching movement kinematics in friction perception at initial contact with smooth surfaces

Multiplexing intensity and frequency sensations for artificial touch by modulating temporal features of electrical pulse trains

How Tactile Afferents in the Human Fingerpad Encode Tangential Torques Associated with Manipulation: Are Monkeys Better than Us?

Perceived tactile intensity at a fixed primary afferent spike rate varies with the temporal pattern of spikes

Submillimeter Lateral Displacement Enables Friction Sensing and Awareness of Surface Slipperiness

The Relationship Between Tactile Intensity Perception and Afferent Spike Count is Moderated by a Function of Frequency

The burst gap is a peripheral temporal code for pitch perception that is shared across audition and touch

Auditory clicks elicit equivalent temporal frequency perception to tactile pulses: A cross-modal psychophysical study

Movement Planning Determines Sensory Suppression: An Event-related Potential Study

Friction sensing mechanisms for perception and motor control: passive touch without sliding may not provide perceivable frictional information

Burst gap code predictions for tactile frequency are valid across the range of perceived frequencies attributed to two distinct tactile channels

Functional organization and connectivity of the dorsal column nuclei complex reveals a sensorimotor integration and distribution hub.

Collaborators (5)

Miranda Chilver

Deepak Sharma

Vaughan Macefield

Michael Wiertlewski

Ingvars Birznieks

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