Kristian Sandberg

The paper examines how architectural properties of early visual cortex, particularly visual field inhomogeneities, predict individual differences in visual working memory performance.

This study investigates the neural correlates of dream recall frequency using multimodal neuroimaging in 258 individuals, finding associations between DRF and brain structure and function.

The paper identifies psychometric archetypes in young adults that correlate with biological markers of mental health vulnerability and resilience, improving predictive models for clinical outcomes.

This study investigates the neural correlates of nightmares using fMRI data from large cohorts but fails to replicate previous findings on amygdala-prefrontal connectivity and ReHo differences.

The paper applies contrast enhancement principles to thermosensation, showing that thermal contrast predicts paradoxical heat sensation.

The paper investigates how structural and functional brain network properties relate to the vividness of visual imagery in 273 participants.

This study shows that human V1 neurons are organized as DC-balanced bandpass filters, enabling separation of stimulus contrast and luminance in fMRI.

The paper investigates if a modified Delboeuf illusion can induce size perception changes in stimuli used for surround modulation studies, finding significant differences in perceived object size across conditions.

This study shows that motor cortex activity induced by TMS increases visual awareness ratings and is linked to perceptual evidence accumulation.

The paper introduces a regression framework for metacognitive sensitivity, extending Signal Detection Theory with a latent variable model and provides R-software for implementation.

The paper critiques Rosenberg et al.'s claim that whole-brain functional network strength is a neuromarker of sustained attention, highlighting methodological issues in their validation and generalizability.