The cerebrum, especially the cerebral cortex, has long been thought to be the important part of our brain. However, the ...

How does your brain instantly know how to move through new places? A new study helps explain the science behind your internal ...

Large-scale microscopy combined with tissue clearing and expansion enables nanoscale imaging of centimeter scale specimens.

The motor cortex matures faster in ADHD, possibly contributing to restlessness. Delays in the maturationof the frontal lobe, ...

An approximation model for the computation of the electric fields produced in the brain tissues by magnetic stimulation is presented. Results are given in terms of induced electric field and current ...

Research that is taking a closer look at activity in the thalamus—a region long considered a relay station for the brain and ...

Have you ever wondered why a drumbeat makes your foot tap before you even realize it? It’s not magic or mystical prediction; ...

This paper focuses on the developments of asynchronous motor imagery (MI) based brain-computer interfaces (BCIs) applications, signal processing and machine learning to provide some basic capabilities ...

Self-supervised learning analysis of multi-FISH labeled cell-type map in thick brain slices Provisionally accepted . Weijie Zheng 1,2 Yiping An 2,3 Kang Li 3 Jinyue Wang 2 Jianqing Gao 4* Huawei Mu ...

Summary: New research shows that the brain’s cortex can rapidly reorganize itself after losing neurons, allowing other nerve cells to take over lost functions.Scientists studied neural networks in the ...

How the brain largely maintains its function when neurons are lost—this is what researchers at the University Medical Center Mainz, the Frankfurt Institute for Advanced Studies (FIAS) and Hebrew ...