Sukhbinder Kumar

This study uses fMRI to compare neural networks for interoceptive and exteroceptive attention, finding distinct but interacting systems for internal and external sensory processing.

This study investigates misophonia through a social-cognitive lens, finding associations between severity and deficits in mental-state inference, emotion recognition, and self-other representation.

The paper examines the coupling between respiration and neural oscillations by analyzing breath-by-breath waveform shapes in human brain recordings.

This paper introduces a blind method to identify sleep spindles using trispectral modulation analysis, achieving high agreement with expert annotations and detecting more spindles than conventional methods.

The paper investigates the neural basis of navigating an auditory dimension in humans, finding overlapping brain systems with physical navigation.

The paper shows prior expectations influence perceived aversiveness of sounds, with neural correlates in P3/LPP components and alpha-beta oscillations.

The paper uses human intracranial recordings to study neural activity during an auditory working memory task, finding attractor-like states in brain regions associated with memory maintenance and adjustment.

This study investigates anticipatory EEG signals to affective stimuli, finding that negativity reflects attentional resource allocation rather than emotional content.

The paper reports single neuron responses in the human insula to simple sounds during passive listening, showing frequency tuning and shorter response durations compared to auditory cortex.

This study records multi-unit pitch responses from human auditory cortex and finds they are distributed across Heschl's gyrus, not localized to a specific region.

This study examines the relationship between musical sophistication and auditory working memory, finding that musical sophistication explains 21% of the variance in frequency working memory precision.

This study investigates oscillatory activity in human brain regions during auditory working memory using electrocorticography, finding sustained low-frequency increases in medial temporal lobe regions.

The paper uses fMRI and multivariate pattern analysis to show that acoustic features are represented independently in primary auditory cortex and integrated in parietal cortex.