Latest Articles for Neuroscience

A study compares optimal control theory and active inference in movement.

A new model promises better learning for artificial intelligence through brain-inspired methods.

A study reveals the importance of visual input for head direction cells.

New insights reveal Rohon-Beard neurons persist longer than previously believed.

Social interaction in fruit flies influences behavior and brain activity.

This study reveals how miR-2b-1 affects movement development in fruit fly embryos.

Research reveals TMEM135's role in hearing and its connections to various health issues.

Examining how brain activity relates to artificial neural networks.

New software improves MRI analysis for epilepsy patients with hippocampal sclerosis.

Research reveals critical differences in α-synuclein fibrils across species.

A new model mimics brain function for better motion detection in visual data.

RMP-Loss addresses quantization error in Spiking Neural Networks, boosting accuracy and efficiency.

Researchers enhance EEG analysis using concept-based models for better brain activity insights.

This study focuses on brain networks and their oscillatory behaviors through the Wilson-Cowan model.

Examining how individual actions shape group behaviors in animals.

Discover how rank-order coding enhances brain communication and its potential applications.

This article explores methods to remove noise from EEG recordings for improved analysis.

Examining the link between our thoughts and brain structure through AI and neural networks.

Naa10 influences neuron growth and anxiety through interactions with Btbd3.

Explore how new imaging methods reshape the study of brain connections.

Research reveals the brain's methods for handling head direction and angular velocity.

Researchers investigate how Aβ affects stress resistance in tiny roundworms.

Study reveals neural networks can create languages using anaphoric structures.

Exploring how active noise enhances memory retrieval in oscillator-based models.

This research links brain activity to visual perception by reconstructing images from EEG signals.

A look into Sylvester matrix equations and efficient methods for solving them.

A novel approach to data recovery using multimodal techniques inspired by the human brain.

Research sheds light on how brain cells communicate in Alzheimer's disease.

Investigating how glial ferritin affects neuroblast health and function.

Research reveals how white matter changes with age and impacts brain function.

New voxel-based methods enhance brain imaging visualization and transparency.

Investigating how individuals and animals value rewards through decision-making.

Research reveals how specific genes affect neuropsychiatric disorders.

Research on fruit flies reveals key genes involved in motor learning.

Exploring how GRIDY models enhance insights into brain connectivity and autism research.

Study shows how transfer learning enhances cognitive task performance using EEG data.

Researchers study noise effects on neuron interactions and stability in brain models.

Advances in identifying language areas for glioma patients improve surgical outcomes.

A novel model analyzes brain signals to interpret visual stimuli effectively.

This article discusses how fruit flies manage proprioceptive feedback during movement.