When one finger touches the other, the resulting tactile sensation is perceived as weaker than the same stimulus externally imposed. This attenuation of sensation could result from a predictive process that subtracts the expected sensory consequences of the action, or from a postdictive process that alters the perception of sensations that are judged after the event to be self-generated. In this study we observe attenuation even when the fingers unexpectedly fail to make contact, supporting a predictive process. This predictive attenuation of self-generated sensation may have evolved to enhance the perception of sensations with an external cause
Can the mere expectation of a sensory event being about to occur on an artificial limb be sufficient...
Can the mere expectation of a sensory event being about to occur on an artificial limb be sufficient...
Despite the fact that any successful achievement of willed actions necessarily entails the sense of ...
When one finger touches the other, the resulting tactile sensation is perceived as weaker than the s...
When one finger touches the other, the resulting tactile sensation is perceived as weaker than the s...
When one finger touches the other, the resulting tactile sensation is perceived as weaker than the s...
The ability to distinguish sensations resulting from our own actions from those with an external cau...
SummaryIt has been proposed that in order to increase the salience of sensations with an external ca...
It is widely believed that predicted tactile action outcomes are perceptually attenuated. The presen...
When a part of the body moves, the sensation evoked by a probe stimulus to that body part is attenua...
We investigated why self-produced tactile stimulation is perceived as less intense than the same sti...
We investigated tactile perception during the execution of self- versus externally-generated movemen...
It is well known that you cannot tickle yourself. Here, we discuss the proposal that such attenuatio...
Sensory attenuation (i.e., the phenomenon whereby self-produced sensations are perceived as less int...
The phenomenon of somatosensory attenuation describes the perception that self-generated touch feels...
Can the mere expectation of a sensory event being about to occur on an artificial limb be sufficient...
Can the mere expectation of a sensory event being about to occur on an artificial limb be sufficient...
Despite the fact that any successful achievement of willed actions necessarily entails the sense of ...
When one finger touches the other, the resulting tactile sensation is perceived as weaker than the s...
When one finger touches the other, the resulting tactile sensation is perceived as weaker than the s...
When one finger touches the other, the resulting tactile sensation is perceived as weaker than the s...
The ability to distinguish sensations resulting from our own actions from those with an external cau...
SummaryIt has been proposed that in order to increase the salience of sensations with an external ca...
It is widely believed that predicted tactile action outcomes are perceptually attenuated. The presen...
When a part of the body moves, the sensation evoked by a probe stimulus to that body part is attenua...
We investigated why self-produced tactile stimulation is perceived as less intense than the same sti...
We investigated tactile perception during the execution of self- versus externally-generated movemen...
It is well known that you cannot tickle yourself. Here, we discuss the proposal that such attenuatio...
Sensory attenuation (i.e., the phenomenon whereby self-produced sensations are perceived as less int...
The phenomenon of somatosensory attenuation describes the perception that self-generated touch feels...
Can the mere expectation of a sensory event being about to occur on an artificial limb be sufficient...
Can the mere expectation of a sensory event being about to occur on an artificial limb be sufficient...
Despite the fact that any successful achievement of willed actions necessarily entails the sense of ...