André M. Cravo

Separable Codes for Time and Decision in Human Temporal Perception

The paper dissociates neural representations of time and decision during a temporal discrimination task using EEG and MVPA, showing separable signals for duration and categorical judgment.

Connectome Similarity Varies with Global Metastability and Movie Content

This paper investigates the relationship between brain metastability and functional connectome fingerprints in naturalistic fMRI, finding that metastability is associated with individual and group-level connectome stability and similarity, with variations across time scales and movie content.

Serial dependence during visuomotor integration is robust to the passage of time and interference from intervening tasks

This study investigates serial dependence in visuomotor tasks, finding it persists across time and is unaffected by intervening tasks.

Time for What? Dissociating Explicit Timing Tasks Through Electrophysiological Signatures

The paper investigates how timing mechanisms differ between perceptual and motor timing tasks using EEG and multivariate pattern analysis, finding both shared and task-specific processes.

Time-Encoding Migrates from Prefrontal Cortex to Dorsal Striatum During Learning of a Self-Timed Response Duration Task

This study shows that time encoding shifts from the prefrontal cortex to the dorsal striatum as rats learn a self-timed response duration task.

Temporal learning modulates post-interval ERPs in a categorization task with hidden reference durations.

This study examines how temporal learning affects post-interval ERPs in a categorization task, finding duration-related early N200 and context-dependent late LPC components.

Post-interval EEG activity is related to task-goals in temporal discrimination

This study examines how EEG activity during a temporal or color discrimination task relates to task goals, finding that task-relevant information is encoded during the second stimulus presentation.

Temporal dynamics of implicit memory underlying serial dependence

This study investigates how long serial dependence, a bias in perceptual responses, persists without interference, finding it decreases rapidly from 0.1 to 1 s but remains significant up to 8 s.

Temporal prediction elicits rhythmic pre-activation of relevant sensory cortices

This study investigates how temporal expectations influence sensory cortex activity during a discrimination task, finding rhythmic pre-activation of relevant cortices without feature-based templates.

Subject-independent decoding of affective states using functional near-infrared spectroscopy

This paper demonstrates subject-independent affective state decoding using fNIRS signals, achieving significant classification accuracies for positive, negative, and neutral emotional states.

Prestimulus alpha power is related to the strength of stimulus representation

The paper investigates how covert spatial attention affects stimulus processing using multivariate pattern analysis, finding that alpha power desynchronization and enhanced stimulus identity coding are related.

Rats can learn a temporal task in a single session

This paper introduces a fast-learning protocol for temporal tasks in rats, achieving stable performance in a single session instead of weeks of training.

Dissociating decisional and temporal information in interval categorisation

This study shows that EEG activity during a temporal categorisation task encodes both temporal and decisional information, with decisional aspects better explaining activity typically linked to timing.

A common representation of time across visual and auditory modalities

The paper shows that temporal interval encoding in auditory and visual modalities shares a common neural representation, despite differences in accuracy between modalities.

Temporal anticipation based on memory

This study shows that long-term memories guide attention dynamically based on learned temporal associations, enhancing target detection and discrimination when timing matches learned contingencies.

Dynamic representation of time in brain states

This study shows that high-dimensional brain states from human EEG correlate with temporal judgements and exhibit properties of temporal perception.