Brian Odegaard

Automatic multisensory integration follows subjective confidence rather than objectiveperformance

The paper shows that multisensory integration in perception is driven by subjective confidence rather than objective accuracy of the sensory cue.

Tuned normalization in perceptual decision-making circuits can explain seemingly suboptimal confidence behavior

The paper develops a neural network model with normalization tuning to explain dissociations between confidence and decision accuracy in perceptual tasks, validated in macaque superior colliculus.

Superior Colliculus Neuronal Ensemble Activity Signals Optimal Rather Than Subjective Confidence

The paper investigates whether neuronal activity in the superior colliculus signals optimal or subjective confidence during decision-making tasks and finds that it reflects decision accuracy rather than subjective confidence.

A random-dot kinematogram for web-based vision research

The paper introduces a web-based random-dot kinematogram (RDK) stimulus for vision research, providing customizable code and integration examples.

Subjective inflation of color saturation in the periphery under temporal overload

The paper investigates subjective inflation of color saturation in the periphery under temporal overload and finds a significant effect of modest magnitude.

Should A Few Null Findings Falsify Prefrontal Theories Of Conscious Perception?

The paper challenges misconceptions about prefrontal cortex (PFC) role in conscious perception by showing empirical findings contradict claims that PFC lesions do not affect subjective perception or that PFC activity reflects only task demands.