\u3cp\u3ePeople make systematic errors when matching the location of an unseen index finger with that of a visual target. These errors are consistent over time, but idiosyncratic and surprisingly task-specific. The errors that are made when moving the unseen index finger to a visual target are not consistent with the errors when moving a visual target to the unseen index finger. To test whether such inconsistencies arise because a large part of the matching errors originate during movement execution, we compared errors in moving the unseen finger to a target with biases in deciding which of two visual targets was closer to the index finger before the movement. We found that the judgment as to which is the closest target was consistent with ...
Systematic biases have been found when matching haptic and visual locations. In this demo we can sho...
The internal models of our body dimensions are prone to bias, but little evidence exists to explain ...
Adapting reaches to altered visual feedback not only leads to motor changes, but also to shifts in p...
People make systematic errors when matching the location of an unseen index finger with that of a vi...
People make systematic errors when matching the location of an unseen index finger with that of a vi...
People make systematic errors when matching locations of an unseen index finger with the index finge...
When people match an unseen hand to a visual or proprioceptive target, they make both variable and s...
Proprioception acquires a crucial role in estimating the configuration of our body segments in space...
Systematic biases have been found when matching proprioceptive and visual locations. In this study w...
When subjects reach for a visual target with their unseen hand, they make systematic errors (visuo-h...
People make systematic errors when they move their unseen dominant hand to a visual target (visuo-ha...
One generally has the impression that one feels one's hand at the same location as one sees it. Howe...
We can easily and without sight bring our fingertip to our nose, or swat a mosquito on our arm. Thes...
\u3cp\u3eSystematic biases have been found when matching haptic and visual locations. In this demo w...
Recent studies have shown the presence of distortions in proprioceptive hand localization tasks. Tho...
Systematic biases have been found when matching haptic and visual locations. In this demo we can sho...
The internal models of our body dimensions are prone to bias, but little evidence exists to explain ...
Adapting reaches to altered visual feedback not only leads to motor changes, but also to shifts in p...
People make systematic errors when matching the location of an unseen index finger with that of a vi...
People make systematic errors when matching the location of an unseen index finger with that of a vi...
People make systematic errors when matching locations of an unseen index finger with the index finge...
When people match an unseen hand to a visual or proprioceptive target, they make both variable and s...
Proprioception acquires a crucial role in estimating the configuration of our body segments in space...
Systematic biases have been found when matching proprioceptive and visual locations. In this study w...
When subjects reach for a visual target with their unseen hand, they make systematic errors (visuo-h...
People make systematic errors when they move their unseen dominant hand to a visual target (visuo-ha...
One generally has the impression that one feels one's hand at the same location as one sees it. Howe...
We can easily and without sight bring our fingertip to our nose, or swat a mosquito on our arm. Thes...
\u3cp\u3eSystematic biases have been found when matching haptic and visual locations. In this demo w...
Recent studies have shown the presence of distortions in proprioceptive hand localization tasks. Tho...
Systematic biases have been found when matching haptic and visual locations. In this demo we can sho...
The internal models of our body dimensions are prone to bias, but little evidence exists to explain ...
Adapting reaches to altered visual feedback not only leads to motor changes, but also to shifts in p...