Latest Articles for Neuroscience

This study examines how different neurons adapt their firing patterns during visual tasks.

Researchers create a cell atlas for human mediodorsal thalamus influencing mental health.

Exploring how being born blind affects sound and vision processing in the brain.

Study uncovers how zebrafish identify numbers from an early age.

Research shows children's interests significantly affect language learning and brain activity.

Recent studies reveal the hippocampus's role in scene processing beyond memory.

Research reveals microRNA's impact on behaviors linked to mood disorders.

tRNA is vital for protein production during the growth of neurons.

This study explores gene activity and risks in mental health disorders.

This paper presents L-HiTS, a method for simulating complex systems using deep learning.

Learn about fNIRS and its applications for brain research and monitoring.

Research uncovers GPR156's impact on balance and swimming abilities in mice.

An overview of BCIs, their technology, and deep learning applications.

This article examines beta activity's role in brain function and its link to dopamine.

NextBrain offers detailed insights into brain structure and function using advanced imaging.

A closer look at backpropagation's role in machine and biological learning.

This approach simplifies and enhances network reconstruction across various fields.

Research shows neurons can adjust firing rates to process information swiftly.

Exploring how chaotic dynamics can enhance deep neural networks in artificial intelligence.

This study explores how brain activity changes during sleep stages using EEG data.

Researchers propose geometric biomarkers for better action potential analysis.

Research reveals complexities of synapse structure and function in the brain.

Research focuses on brain-computer interfaces to restore touch for individuals with tetraplegia.

A method for predicting responses in interconnected networks using shared underlying structures.

A new model bridges machine learning and neuroscience using discrete spike counts.

Research explores how machine learning improves understanding of brain data during cognitive tasks.

NEST uses neural networks to improve psychometric testing in vision studies.

Endophilin A1 is crucial for maintaining balance in brain signaling.

Research reveals how spike trains enhance understanding of neuron interactions.

Research reveals how sensory areas work together in brain development.

D-FaST method improves cognitive signal decoding using frequency, space, and time.

Research reveals how RHBDL4 influences Alzheimer's pathology through APP regulation.

Mitophagy is crucial for keeping neurons healthy by removing damaged mitochondria.

A study reveals key brain structures in Uloborus diversus and their roles in web-building.

A study on improving high-resolution imaging in brain research.

Researchers study neuron interactions to better understand brain function and disorders.

Research highlights the link between lower brain pH and Alzheimer's progression.

A novel approach uses machine learning to link brain structure with function.

Study finds simple features largely explain LLM brain scores.

Explores how learning occurs through associative processes and their mathematical representations.