Featured
-
Blocked versus interleaved: How range contexts modulate time perception and its EEG signatures
Understanding time accurately is vital for many cognitive processes. People’s time estimates often converge around the average when presented with…
-
EU Behavioral Science Lab Training at Çanakkale Teknopark with LMU and COMU Collaboration
The second meeting of the European Union (EU) project “Skill Sets and Needs for Behavioral Science Lab” took place at…
-
Influence of Action on Sequential Dependence
Our perception and decision-making are susceptible to prior context. In our recent study, published in Cerebral Cortex, Ms. Cheng and…
-
TEDxTUM talk on “Hidden time cues shape our decisions”
Hidden time cues, they are silently woven into every moment of our lives. How do these invisible time fibers subtly…
-
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…
-
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…
-
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…
-
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…
-
Beyond Scalar timing theory
Since the classical internal clock model, the timing theory is characterized by the scalar property. This property refers to time…
-
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…
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
