Lab News
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Long-term vs. short-term distractor location effect
When a salient distractor frequently appears in one specific location, it causes less interference over time, known as the distractor-location…
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Hierarchy of intra- and cross-modal redundancy gains
Redundant information is useful for facilitating search. However, it remains controversial whether our brain integrates the features from different senses…
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Statistical context learning in tactile search
When searching for an object, our brains learn to associate its location with other surrounding objects, known as contextual cueing….
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Context in temporal decision making
“During a lunch break, you open a cup of instant noodles, pour hot water over the noodles, cover, and wait….
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Beyond Scalar timing theory
Since the classical internal clock model, the timing theory is characterized by the scalar property. This property refers to time…
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Dr. Siyi Chen got a new DFG funding
Congratulations! Siyi and Zhuanghua just won a new three-year German research grant (DFG) with the postdoc fellow dedicated to Siyi…
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Oscillation models of reward-related timing
Recent advancements in the field of timing and time perception have paved the way for an insightful integration of interval…
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Perceptual biases and Individual beliefs
Everyone has their own unique opinions and perspectives on the world around them. Even something as simple as sequential randomness…
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Distractor suppression in the early visual cortex
It has been observed that humans can implicitly learn and ignore a salient distractor when it frequently appears in a…
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Does distractor frequency in one region affect distractor suppression in another region?
When visual search involves salient but irrelevant distractions, their interference can be reduced if they appear in a display region…
Recent Posts
- MSense hosts 2nd Workshop of Erasmus+ VET
- How do we learn and use dynamic spatial patterns in visual search?
- How tasks shape temporal sequential dependence
- Opposing sequential biases in time and direction perception
- Blocked versus interleaved: How range contexts modulate time perception and its EEG signatures
