Lab News
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Eye movement: innovation in visual perception training
News from the original LMU Newsroom: Constant training improves the capacities of human perception. Just as years of practice hone…
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Feng Meng, can the ability to see a flea as large as a wheel be transferred?
Feng Meng, can the ability to see a flea as large as a wheel be transferred? Our team member Dr. Lukasz…
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Reference induced biases in late visual processing
Ever notice how our perception can shift when a reference is introduced? Consider the Ebbinghaus illusion—depending on the surrounding disks,…
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Valence color preference and association
Research has found that emotion-associated features, such as color, can influence our attention. However, what has been neglected is individuals…
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Academic exchanges resume after three years of pandemic halt
With pandemic restrictions finally lifted, we are seizing the opportunity to reconvene and share research knowledge. Dr. Zhuanghua Shi has…
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Electrophysiological signatures of temporal context
Our subjective sense of time can be influenced by different contexts, like the spacing between sample intervals and how often…
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Cemre and Nan, Congratulation!
Our lab team members, Cemre Baykan and Nan Qiu, have successfully passed their Ph.D. defense. The title of Cemre Baykan’s…
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Little engagement of attention by cross-dimension distractors
While engaged in a task, it’s easy for our flow to be disrupted by salient distractors. Yet, if you know…
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Influences of temporal order in temporal reproduction
Despite the crucial role of complex temporal sequences, such as speech and music, in our everyday lives, our ability to…
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Asymmetric learning of dynamic spatial regularities
It is possible to improve attentional guidance by learning statistical regularities of the static spatial layout of the target and…
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
